Table Of Content

Experimental Meehanics (2008) 48:829- 837 Inciex to EXPERIMENTAL MECHANICS Volume 48, 2008 TITLE INDEX 3D Heterogeneous Stiffness Reconstruction Using MRI and Models in Vertebral Trabecular Bone, D.G. Woo, C.H. the Virtual Fields Method. S. Avril, J.M. Huntley, F. Kim, H.S. Kim and D. Lim, 48(5), 657-664. Pierron and D.D. Steele, 48(4), 479^94. An Innovative Method for 3-D Shape, Strain and A Combined Static/Dynamic Technique for Damage De¬ Temperature Full-Field Measurement Using a Single tection of Laminated Composite Plates, P.Z. Qiao, K. Type of Camera: Principle and Preliminary Results, Lu and W. Lestari, 48( 1), 17-35. J.-J. Orteu, Y. Rotrou. T. Sentenac and L. Robert, 48(2), A Discrete Algorithm of Integrated Photoelasticity for 163-179. Axisymmetric Problems, J. Anton, A. Errapart, H. Automatic Full Strain Field Moire Interferometry Measure¬ Aben and L. Ainola, 48(5), 613-620. ment with Nano-scale Resolution, B. Chen and C. A Finite Element Method for the Determination of Optimal Basaran, 48(5), 665-673. Viscoelastic Material Properties from Indentation Tests Biaxial Testing of Sheet Materials at High Strain Rates of Polymer Film and Wire with Polymer Insulation, Using Viscoelastic Bars. V. Grolleau. G. Gary and D. R.R. Resapu, K.B. Nagendran and R.D. Bradshaw, 48(6), Mohr, 48(3), 293-306. 713-729. Buckling of Stiffened Thin-Walled Truncated Cones Sub¬ A General Methodology for Full-Field Plastic Strain jected to External Pressure, M.E. Barkey, M.C. Turgeon Measurements Using X-ray Absorption Tomography and T. Varun Nare, 48(3). 281-291. and Internal Markers, K. Haldrup. S.F. Nielsen and J.A. Characterization of the Damping Behavior of a Nano¬ Wert. 48(2), 199-211. indentation Instmment for Carrying Out Dynamic A New Experimental Technique for the Multi-axial Testing Experiments, S.P. Singh, J.F. Smith and R.P. Singh, of Advanced High Strength Steel Sheets, D. Mohr and 48(5), 571-583, ERRATUM: 585. M. Oswald, 48(1), 65-77. Comparison of Test Specimens for Characterizing the A Novel Method for Uncertainty Inverse Problems and Dynamic Properties of Rubber, M.A. Castellucci, A.T. Application to Material Characterization of Compo¬ Hughes and W.V Mars, 48(1), 1-8. sites, C. Jiang, G.R. Liu and X. Han, 48(4), 539-548. Crack Detection in an Embedded Spindle using Broadband A Pulse-Heated Kolsky Bar Technique for Measuring the Modal Excitation, S. Ackers. D. Adams. R. Evans and Flow Stress of Metals at High Loading and Heating B. Zwink. 48(4), 509-520. Rates, S.P. Mates, R. Rhorer, E. Whitenton, T. Bums Creep Properties and Recoverability of Double-wall Corru¬ and D. Basak, 48(6), 799-807. gated Paperboard, Y. Guo, Y. Fu and W. Zhang. 48(3), A Study of Large Plastic Defomiations in Dual Phase Steel 327-333. Using Digital Image Correlation and FE Analysis, V. Defonuation and Failure Modes of Soft Steel Projectiles Tarigopula, O.S. Hopperstad, M. Langseth, A.H. Impacting Harder Steel Targets at Increasing Veloc¬ Clausen, F. Hild, O.-G. Lademo and M. Eriksson, 48 ity, X.W. Chen, G. Chen and F.J. Zhang. 48(3), (2), 181-196. ERRATUM; 197. 335-354. An Alternative Rail Pad Tester for Measuring Dynamic Development and Evaluation of the Quadrant Ring Test Properties of Rail Pads Under Large Preloads, S. Method. E.J. Walsh and D.O. Adams, 48(3), 319-326. Kaewunruen and A.M. Remennikov, 48(1), 55-64. Digital Image Correlation for Specimens with Multiple An Experimental Investigation into the Acoustic Character¬ Growing Cracks, J.D. Helm, 48(6), 753-762. istics of Fluid-filled Porous Structures—A Simplified Digital Image Mechanical Identification (DIMI), S. Roux Model of the Human Skull Cancellous Structure, A.K. and F. Hild, 48(4), 495-508. Ghosh, A.D. Williams, J.M. Zucker, J.L. Mathews and Dynamic Crack Growth Past a Stiff Inclusion: Optical N. Spinhime, 48(2), 139-152. Investigation of Inclusion Eccentricity and Inclusion- An Experimental-Numerical Methodology for a Rapid matrix Adhesion Strength, R. Kitey and H.V. Tippur, Prototyped Application Combined with Finite Element 48( 1), 37-53. SCM 830 Experimental Mechanies (2008) 48:829 837 Dynamic Measurements of Impulses Generated by the Interface Forces in Laterally Impacted Steel Tubes, M. Separation of Adhered Bodies under Near-Zero Gravity Zeinoddini, G.A.R. Parke and J.E Harding, 48(3), Conditions. D. Bortoluzzi, M. De Cecco, S. Vitale and 265-280. M. Benedetti, 48(6), 777-787. Inverse Problems in Experimental Mechanics: Guest Edi¬ Effect of Pressure on Fluid Damping in MEMS Torsional torial, F. Pierron and Y.-L. Lo, 48(4), 379. Resonators with Flow Ranging from Continuum to Kinematic Fields and Acoustic Emission Observations Molecular Regime, A.K. Pandey, R. Pratap and F.S. Associated with the Portevin Le Chatelier Effect on Chau, 48(1), 91-106. an Al-Mg Alloy, H. Louche, K. Bouabdallah, P. Vacher, Embedded Digital Speckle Pattern Interferometry for T. Coudert and P. Balland, 48(6), 741-751. Three-dimensional Strain Analysis, G. Restivo and G.L. Kink Band Fomiation in Wood Species Under Compressive Cloud, 48(6), 731-740. Loading, L. Benabou, 48(5), 647 656. Elastoplastic Behavior Identification for Heterogeneous Material Property Differentiation in Indentation Testing Loadings and Materials, F. Latourte, A. Chrysochoos, Using Secondary Sensors, A. Balakrishnan and S. S. Pagano and B. Wattrisse, 48(4), 435^49. Socrate. 48(4), 549-558. Fatigue Loading and Life Prediction in Three Fretting Mechanical Characterization of Biological Membranes with Fatigue Fixtures, P..I. Golden. A.L. Hutson, B.B. Bartha Moire Techniques and Multi-Point Simulated Anneal¬ and T. Nicholas, 48(3), 253-263. ing, E. Cosola, K. Genovese, L. Lamberti and C. Full-field Thennal Defonnation Measurements in a Scanning Pappalettere, 48(4), 465^78. Electron Microscope by 2D Digital Image Correlation, Measurements of Forces and Temperature Fields in High- N. Li, M.A. Sutton, X. Li and H.W. Schreier. 48(5), Speed Machining of 6()61-T6 Aluminum Alloy, R.V. 635-646. Kazban, K.M. Vemaza Pena and .I.J. Mason, 48(3), Identification and Damage Detection in Structures Sub¬ 307-317. jected to Base Excitation, G. Fraraccio, A. Briigger and Microstructure and Tensile Mechanical Properties of R. Betti, 48(4), 521-528. Anisotropic Rigid Polyurethane Foam, M. Ridha and Identification of Dynamic (Young’s and Shear) Moduli of a V.P.W. Shim, 48(6), 763-776. Structural Adhesive Using Modal Based Direct Model Nondestructive Evaluation of Crack Depth in Concrete Updating Method. K. Jahani and A.S. Nobari, 48(5), Using PCA-compressed Wave Transmission Function 599-611. and Neural Networks, S.W. Shin, C.B. Yun, H. Futura Identification of Heterogeneous Constitutive Parameters in and .I.S. Popovics, 48(2), 225-231. a Welded Specimen: Uniform Stress and Virtual Fields Nonlinear Assessment of Cable Vibration in a Stayed Methods for Material Property Estimation. M.A. Sutton. Bridge, F.J. Carrion-Viramontes, J.A. Lopez-Lopez, .I.H. Yan, S. Avril, F. Pierron and S.M. Adeeb, 48(4), J.A. Quintana-Rodriguez and A. Lozano-Guzman, 451^64. 48(2), 153-161. Identification of Mechanical Material Behavior Through Nonlinear Identification Problems Under Large Deflections, Inverse Modeling and DIC, S. Cooreman, D. N. Davendralingam and J.F. Doyle, 48(4), 529-538. Lecompte, H. Sol, J. Vantomme and D. Debruyne, Observation of Stress Field Around an Oscillating Crack 48(4), 421-433. Tip in a Ouent-'hed Thin Glass Plate, S. Yoneyama, K. In-situ Measurement of Crystalline Lattice Str^iiis in Sakaue, H. Kikuta and M. Takashi, 48(3), 367-374. Polytetrafluoroethylene, E.N. Brown, P.J. Rae, D.M. On the Repeatability of Friction and Wear Tests for Dattelbaum, B. Clausen and D.W. Brown, 48( 1), Polyimides in a Hertzian Line Contact, P. Samyn, .1. 119-131. Quintelier and G. Schoukens, 48(2), 233-246. Influence of Specimen Geometry on Split Hopkinson Optical Metrology by Fringe Processing on Independent Tensile Bar Tests on Sheet Materials, P. Verleysen, .1. Windows Using a Genetic Algorithm, L.E. Toledo and Degrieck, T. Verstraete and J. Van Slycken, 48(5), F.J. Cuevas, 48(4), 559-569. 587-598. Overview of Identification Methods of Mechanical Param¬ Infrared Image Processing for the Calorimetric Analysis of eters Based on Full-field Measurements, S. Avril, M. Fatigue Phenomena. B. Bcrthel, A. Chrysochoos, B. Bonnet, A.-S. Bretelle, M. Grediac, F. Hild, P. lenny, F. Wattrisse and A. Galtier, 48( 1), 79-90. Latourte, D. Lemosse, S. Pagano, E. Pagnacco and F. Integrated Measurement Technique for Curing Process- Pierron, 48(4), 381^02. Dependent Mechanical Properties of Polymeric Materi¬ Photoelastic Investigation of Slippage in Shrink-Fit Assem¬ als Using Fiber Bragg Grating, Y. Wang, B. Han, D.W. blies, LA. Jones, C.E. Truman and .I.D. Booker, 48(5), Kim, A. Bar-Cohen and P. Joseph. 48(1), 107-117. 621-633. SEM Experimental Mechanics (2008) 48:829- 837 831 Simultaneous Transient Temperature Sensing of Impacted Ackers, S.—Crack Detection in an Embedded Spindle Polymers Using Infrared Detectors and Themiocouples, using Broadband Modal Excitation, 48(4), 509-520. A. Regev and D. Rittel, 48(5), 675-682. Adams, D.—Crack Detection in an Embedded Spindle Stress Reconstruction and Constitutive Parameter Identifi¬ using Broadband Modal Excitation, 48(4), 509-520. cation in Plane-Stress Elasto-plastic Problems Using Adams, D.O.—Development and Evaluation of the Quad¬ Surface Measurements of Defonnation Fields, S. Avril, rant Ring Test Method, 48(3), 319-326. F. Pierron, Y. Pannier and R. Rotinat, 48(4), 403-419. Adeeb, S.M. Identification of Heterogeneous Constitutive Structural Analysis of Steel to Aluminum Welded Overlap Parameters in a Welded Specimen: Uniform Stress and Joint by Digital Image Correlation, G. Sierra, B. Virtual Fields Methods for Material Property Estima¬ Wattrisse and C. Bordreuil, 48(2), 213-223. tion, 48(4), 451^64. TECHNICAL NOTE: A Long Split Hopkinson Pressure Ainola, L.—A Discrete Algorithm of Integrated Photo¬ Bar (LSHPB) for Intermediate-rate Characterization of elasticity for Axisymmetric Problems, 48(5), 613-620. Soft Materials, B. Song, C.J. Syn, C.L. Grupido, W. Anton, J.—A Discrete Algorithm of Integrated Photo¬ Chen and W.-Y. Lu, 48(6), 809-815. elasticity for Axisymmetric Problems, 48(5), 613-620. TECHNICAL NOTE: A Note on the Direct Determination Avril, S.—3D Heterogeneous Stiffness Reconstruction of the Confining Pressure of Cylindrical Specimens, D. Using MRI and the Virtual Fields Method, 48(4), Rittel, E. Hanina and G. Ravichandran, 48(3), 375-377. 479^94. TECHNICAL NOTE: A Simple Closed-Loop Active Avril, S.— Identification of Heterogeneous Constitutive Control of Electrodynamic Shakers by Acceleration Parameters in a Welded Specimen: Uniform Stress Power Spectral Density for Environmental Vibration and Virtual Fields Methods for Material Property Tests, H.M. Gomes, D. dos Santos Gaspareto, F. de Estimation, 48(4), 451-464. Souza Ferreira and C.A.K. Thomas, 48(5), 683-692. Avril, S.—Overview of Identification Methods of Mechan¬ TECHNICAL NOTE: Experimental Evaluation of Strain ical Parameters Based on Full-field Measurements, Shielding in Distal Femur in Revision TKA, A. 48(4), 381-402. Competo, J.A. Simoes and F. Fonseca, 48(6), 817-824. Avril, S.—Stress Reconstmction and Constitutive Parame¬ TECHNICAL NOTE: Hyperstatic Method of Photoelastic¬ ter Identification in Plane-Stress Elasto-plastic Prob¬ ity, D. Rajamohan, 48(5), 693-696. lems Using Surface Measurements of Defonnation TECHNICAL NOTE: Monitoring Fatigue Crack Growth in Fields, 48(4), 403-419. Compact Tension Specimens Using Piezoelectric Sen¬ Balakrishnan. A.—Material Property Dift'erentiation in Inden¬ sors, A.L. Gama and S.R.K. Morikawa, 48(2), 247-252. tation Testing Using Secondary Sensors, 48(4). 549-558. TECHNICAL NOTE: The Use of Acoustic Emission Balland, P.—Kinematic Fields and Acoustic Emission Monitoring to Rank Paper Materials with Respect to Observations Associated with the Portevin Le Chatelier Their Fracture Toughness, P.A. Gradin, D. Graham, P. Effect on an Al-Mg Alloy, 48(6), 741-751. Nygard and H. Vallen, 48(1), 133-137. Bar-Cohen, A. Integrated Measurement Technique for The Validity Range of Low Fidelity Structural Membrane Curing Process-Dependent Mechanical Properties of Models, B. Stanford and P. Ifju, 48(6), 697-711. Polymeric Materials using Fiber Bragg Grating. 48( I), Themioplastic Polymer Shrinkage in Emerging Molding 107-117. Processes, A.L. Gershon, L.S. Gyger Jr., H.A. Bnick Barkey, M.E.—Buckling of Stiffened Thin-Walled Tmncated and S.K. Gupta, 48(6), 789-798 Cones Subjected to External Pressure, 48(3). 281-291. Using Carrier Fringes to Study the High Temperature Bartha, B.B. -Fatigue Loading and Life Prediction in Deformation Behavior of a BGA Package Under Three Fretting Fatigue Fixtures. 48(3), 253-263. Extended Dwell Times, K.R. Tunga and S.K. Sitaraman, Basak, D.—A Pulse-Fleated Kolsky Bar Technique for 48(3), 355-365. Measuring the Flow Stress of Metals at High Loading Young’s Modulus Measurement Using a Simplified Trans¬ and Floating Rates, 48(6), 799-807. parent Indenter Measurement Technique, C. Feng and Basaran, C.—Automatic Full Strain-Field Moire Interfer¬ B. S. Kang, 48(1), 9-15. ometry Measurement with Nano-scale Resolution. 48(5), 665-673. Benabou, L. - Kink Band Fonnation in Wood Species AUTHOR INDEX Under Compressive Loading. 48(5). 647-656. Benedetti, M. -Dynamic Measurements of Impulses Gen¬ Aben, H.— A Discrete Algorithm of Integrated Photo¬ erated by the Separation of Adhered Bodies under elasticity for Axisymmetric Problems, 48(5), 613-620. Near-Zero Gravity Conditions, 48(6). 777-787 SEM 832 Experimental Meehanies (2008) 48:829 837 Berthel, B.—Infrared Image Processing for the Calorimetric Chen, W.—TECHNICAL NOTE: A Long Split Hopkinson Analysis of Fatigue Phenomena, 48( 1), 79-90. Pressure Bar (LSHPB) for Intemiediate-rate Character¬ Betti, R.—Identification and Damage Detection in Struc¬ ization of Soft Materials, 48(6), 809-815. tures Subjected to Base Excitation, 48(4), 521-528. Chen, X.W.—Defonnation and Failure Modes of Soft Steel Bonnet, M.—Overview of Identification Methods of Me¬ Projectiles Impacting Harder Steel Targets at Increasing chanical Parameters Based on Full-field Measurements, Velocity, 48(3), 335-354. 48(4), 381^02. Chrysochoos, A.—Elastoplastic Behavior Identification for Booker, J.D. Photoelastic Investigation of Slippage in Heterogeneous Loadings and Materials, 48(4), 435-449. Shrink-Fit Assemblies, 48(5), 621-633. Chrysoehoos, A.—Infrared Image Processing for the Bordreuil, C.—Structural Analysis of Steel to Aluminum Calorimetric Analysis of Fatigue Phenomena, 48( 1), Welded Overlap Joint by Digital Image Correlation, 79-90. 48(2), 213-223. Clausen, A.H.—A Study of Large Plastic Defonnations in Bortoluzzi, D.—Dynamic Measurements of Impulses Gen¬ Dual Phase Steel Using Digital Image Correlation and erated by the Separation of Adhered Bodies under FE Analysis, 48(2), 181-193, ERRATUM: 197. Near-Zero Gravity Conditions, 48(6), 777-787. Clausen, B.—In-sitii Measurement of Crystalline Lattice Bouabdallah, K.—Kinematic Fields and Acoustic Emission Strains in Polytetrafiuoroethylene, 48(1), 119-131. Observations Associated with the Portevin Le Chatelier Cloud, G.L.—Embedded Digital Speckle Pattern Interfer¬ Effect on an Al-Mg Alloy, 48(6), 741-751. ometry for Three-dimensional Strain Analysis, 48(6), Bradshaw, R.D.—A Finite Element Method for Detemii- 731-740. nation of Optimal Viscoelastic Material Properties from Completo, A.—TECHNICAL NOTE: Experimental Eval¬ Indentation Tests of Polymer Film and Wire with uation of Strain Shielding in Distal Femur in Revision Polymer Insulation, 48(6), 713-729 TKA, 48(6), 817-824. Bretelle, A.-S.—Overview of Identification Methods of Cooreman, S.—Identification of Mechanical Material Behav¬ Mechanical Parameters Based on Full-field Measure¬ ior Through Inverse Modeling and DIC, 48(4), 421-433. ments, 48(4), 381 402. Cosola, E.—Mechanical Characterization of Biological Brown, D.W.—/ii-silii Measurement of Crystalline Lattice Membranes with Moire Techniques and Multi-Point Strains in Polytetrafiuoroethylene, 48(1), 119-131 Simulated Annealing, 48(4), 465^78. Brown, E.N.—In-sitii Measurement of Crystalline Lattice CoLidert, T.—Kinematic Fields and Acoustic Emission Strains in Polytetrafiuoroethylene, 48(1), 119-131. Observations Associated with the Portevin Le Chatelier Bruck, H.A.—Themioplastic Polymer Shrinkage in Emerg¬ Effect on an Al-Mg Alloy, 48(6), 741-751. ing Molding Processes, 48(6), 789-798. Cuevas, F.J.—Optical Metrology by Fringe Processing on Briigger, A.—Identification and Damage Detection in Independent Windows Using a Genetic Algorithm, Structures Subjected to Base Excitation, 48(4), 48(4), 559 569. 521-528. Dattelbaum, D.M.—In-.silii Measurement of Crystalline Burns, T.—A Pulse-Heated Kolsky Bar Technique for Lattice Strains in Polytetrafiuoroethylene, 48(1), Measuring the Flow Stress of Metals at High Loading 119-131. and Heating Rates, 48(6), 799-807. Davendralingam, N.—Nonlinear Identification Problems Carrion-Viramontes, F.J.—Nonlinear Assessment of Cable Under Large Defiections, 48(4), 529-538. Vibration in a Stayed Bridge, 48(2), 153-161. De Cecco, M.—Dynamic Measurements of Impulses Castellucci, M.A.—Comparison of Test Specimens for Generated by the Separation of Adhered Bodies under Characterizing the Dyii'miic Properties of Rubber, Near-Zero Gravity Conditions, 48(6), 777-787. 48(1), 1-8. de Souza Ferriera, F.—TECHNICAL NOTE: A Simple Chau, F.S.—Effect of Pressure on Fluid Damping in Closed-Loop Active Control of Electrodynamic Shak¬ MEMS Torsional Resonators with Flow Ranging ers by Acceleration Power Spectral Density for Envi¬ from Continuum to Molecular Regime, 48(1), ronmental Vibration Tests, 48(5), 683-692. 91-106. Debruyne, D.—Identification of Mechanical Material Behav¬ Chen, B.—Automatic Full Strain-Filed Moire Interferome¬ ior Through Inverse Modeling and DIC, 48(4), 421-433. try Measurement with Nano-scale Resolution, 48(5), Degrieck, J.—Infiuence of Specimen Geometry on Split 665-673. Hopkinson Tensile Bar Tests on Sheet Materials, 48(5), Chen, G.—Defonnation and Failure Modes of Soft Steel 587-598. Projectiles Impacting Harder Steel Targets at Increasing dos Santos Gaspareto, D.—TECHNICAL NOTE: A Simple Velocity, 48(3), 335-354. Closed-Loop Active Control of Electrodynamic Shak- SEM Experimental Mechanics (2008) 48:829-837 833 ers by Acceleration Power Spectral Density for Envi¬ with Respect to Their Fracture Toughness, 48(1). ronmental Vibration Tests. 48(5), 683-692. 133-137. Doyle, J.F.—Nonlinear Identification Problems Under Grediac, M.—Overview of Identification Methods of Large Deflections, 48(4), 529-538. Mechanical Parameters Based on Full-field Measure¬ Eriksson, M.—A Study of Large Plastic Deformations in ments, 48(4), 381^02. Dual Phase Steel Using Digital Image Correlation and Grolleau, V.—Biaxial Testing of Sheet Materials at High FE Analysis, 48(2), 181-196, ERRATUM: 197. Strain Rates Using Viscoelastic Bars, 48(3), Errapart, A.—A Discrete Algorithm of Integrated Photo¬ 293-306. elasticity for Axisymmetric Problems. 48(5), 613-620. Guo, Y.—Creep Properties and Recoverability of Double¬ Evans, R.—Crack Detection in an Embedded Spindle using wall Corrugated Paperboard, 48(3), 327-333. Broadband Modal Excitation, 48(4), 509-520. Grupido, C.L.—TECHNICAL NOTE: A Long Split Feng, C.—Young’s Modulus Measurement Using a Sim¬ Hopkinson Pressure Bar (LSHPB) for Intermediate- plified Transparent Indenter Measurement Technique, rate Characterization of Soft Materials, 48(6), 809-815. 48(1), 9-15. Gupta, S.K.—Thermoplastic Polymer Shrinkage in Emerg¬ Fonseca. F.—TECHNICAL NOTE: Experimental Evalua¬ ing Molding Processes, 48(6), 789-798. tion of Strain Shielding in Distal Femur in Revision Gyger Jr., L.S.—Thermoplastic Polymer Shrinkage in TKA, 48(6), 817-824. Emerging Molding Processes, 48(6), 789-798. Fraraccio, G.—Identification and Damage Detection in Haldrup, K.—A General Methodology for Full-Field Structures Subjected to Base Excitation, 48(4), Plastic Strain Measurements Using X-ray Absorp¬ 521-528. tion Tomography and Internal Markers, 48(2), Fu, Y.—Creep Properties and Recoverability of Double¬ 199-211. wall Corrugated Paperboard, 48(3), 327-333. Han, B.—Integrated Measurement Technique for Curing Futura, H.—Nondestructive Evaluation of Crack Depth in Process-Dependent Mechanical Properties of Polymeric Concrete using PCA-compressed Wave Transmission Materials Using Fiber Bragg Grating, 48(1), 107-117. Function and Neural Networks, 48(2), 225-231. Han, X.—A Novel Method for Uncertainty Inverse Prob¬ Gama, A.L.—TECHNICAL NOTE: Monitoring Fatigue lems and Applications to Material Characterization of Crack Growth in Compact Tension Specimens Using Composites, 48(4), 539-548. Piezoelectric Sensors, 48(2), 247-252. Hanina, E.—TECHNICAL NOTE: A Note on the Direct Galtier, A.—Infrared Image Processing for the Calorimetric Determination of the Confining Pressure of Cylindrical Analysis of Fatigue Phenomena, 48( 1), 79-90. Specimens, 48(3), 375-377. Gary, G.— Biaxial Testing of Sheet Materials at High Strain Harding, J.E.—Interface Forces in Laterally Impacted Steel Rates Using Viscoelastic Bars, 48(3), 293-306. Tubes, 48(3), 265-280. Genovese, K.—Mechanical Characterization of Biological Helm, J.D.—Digital Image Correlation for Specimens with Membranes with Moire Techniques and Multi-Point Multiple Growing Cracks, 48(6), 753-762. Simulated Annealing, 48(4), 465-478. Hild, F.—A Study of Large Plastic Deformations in Dual Gershon, A.L.—Thermoplastic Polymer Shrinkage in Phase Steel Using Digital Image Correlation and FE Emerging Molding Processes, 48(6), 789-798. Analysis, 48(2), 181-196, ERRATUM: 197. Ghosh, A.K.—An Experimental Investigation into the Hild, F.—Digital Image Mechanical Identification (DIMI), Acoustic Characteristics of Fluid-filled Porous Struc¬ 48(4), 495 508. tures—A Simplified Model of the Human Skull Hild, F.—Overview of Identification Methods of Mechan¬ Cancellous Stnicture, 48(2), 139-152. ical Parameters Based on Full-field Measurements. Golden, P.J.—Fatigue Loading and Life Prediction in Three 48(4), 381^02. Fretting Fatigue Fixtures, 48(3), 253-263. Hopperstad, O.S.—A Study of Large Plastic Defonnations Gomes, H.M.—TECHNICAL NOTE: A Simple Closed- in Dual Phase Steel Using Digital Image Correlation Loop Active Control of Electrodynamic Shakers by and FE Analysis, 48(2), 181-196, ERRATUM: 197. Acceleration Power Spectral Density for Environmental Hughes, A.T.—Comparison of Test Specimens for Charac¬ Vibration Tests, 48(5), 683-692. terizing the Dynamic Properties of Rubber, 48(1), 1-8. Gradin, P.A.--TECHNICAL NOTE: The Use of Acoustic Huntely, J.M.—3D Heterogeneous Stiffness Reconstruction Emission Monitoring to Rank Paper Materials with Using MRI and the Virtual Fields Method, 48(4), Respect to Their Fracture Toughness, 48(1), 133-137. 479-494. Graham, D. TECHNICAL NOTE: The Use of Acous¬ Hutson, A.L.—Fatigue Loading and Life Prediction in tic Emission Monitoring to Rank Paper Materials Three Fretting Fatigue Fixtures, 48(3), 253-263. SEM 834 Experimental Mechanics (2008) 48:829 -837 lenny, P.—Overview of Identification Methods of Mechan¬ Latourte, F.—Elastoplastic Behavior Identification for ical Parameters Based on Full-field Measurements, Heterogeneous Loadings and Materials, 48(4), 48(4), 381-402. 435-449. IQu, P.—The Validity Range of Low Fidelity Structural Latourte, F.—Overview of Identification Methods of Membrane Models, 48(6), 697-711. Mechanical Parameters Based on Full-field Measure¬ Jahani, K.—Identification of Dynamic (Young’s and Shear) ments, 48(4), 381^02. Moduli of a Structural Adhesive Using Modal Based Lecompte, D.—Identification of Mechanical Material Behav¬ Direct Model Updating Method, 48(5), 599-611. ior Through Inverse Modeling and DIC, 48(4), 421-433. Jiang, C.—A Novel Method for Uncertainty Inverse Lemosse, D.—Overview of Identification Methods of Problems and Applications to Material Characterization Mechanical Parameters Based on Full-field Measure¬ of Composites, 48(4), 539-548. ments, 48(4), 381-J02. Jones, l.A.—Photoelastic Investigation of Slippage in Lesari, W.—A Combined Static/Dynamic Technique for Shrink-Fit Assemblies, 48(5), 621-633. Damage Detection of Laminated Composite Plates, Joseph, P.—Integrated Measurement Technique for Curing 48(1), 17-35. Process-Dependent Mechanical Properties of Plymeric Li, N.—Full-field Thennal Deformation Measurements in a Materials Using Fiber Bragg Grating, 48(1), 107-117. Scanning Electron Microscope by 2D Digital Image Kaewunruen, S.—An Alternative Rail Pad Tester for Correlation. 48(5), 635-646. Measuring Dynamic Properties of Rail Pads Under Li, X.—Full-field Thennal Deformation Measurements in a Large Preloads, 48( 1), 55-64. Scanning Electron Microscope by 2D Digital Image Kang, B.S.—Young’s Modulus Measurement Using a Correlation, 48(5), 635-646. Simplified Transparent Indenter Measurement Tech¬ Lim, D.—An Experimental-Numerical Methodology for a nique, 48(1), 9-15. Rapid Prototyped Application Combined with Finite Kazban, R.V.—Measurements of Forces and Temperature Element Models in Vertebral Trabecular Bone, 48(5), Fields in High-Speed Machining of 6061-T6 Alumi¬ 657-664. num Alloy, 48(3), 307-317. Liu, G.R.—A Novel Method for Uncertainty Inverse Kikuta, H.—Observation of Stress Field Around an Problems and Application to Material Characterization Oscillating Crack Tip in a Quenched Thin Glass Plate, of Composites, 48(4), 539-548. 48(3), 367-374. Lo, Y.-L.—Inverse Problems in Experimental Mechanics: Kim, C.H.—An Experimental-Numerical Methodology for Guest Editorial, 48(4), 379. a Rapid Prototyped Application Combined with Finite Lopez-Lopez, J.A.—Nonlinear Assessment of Cable Vibra¬ Element Models in Vertebral Trabecular Bone, 48(5), tion in a Stayed Bridge, 48(2), 153-161. 657-664. Louche, H.—Kinematic Fields and Acoustic Emission Kim, D.W.—Integrated Measurement Technique for Observations Associated with the Portevin Le Chatelier Curing Process-Dependent Mechanical Properties of Effect on an Al-Mg Alloy, 48(6), 741-751. Polymeric Materials Using Fiber Bragg Grating, Lozano-Guzman, A.—Nonlinear Assessment of Cable 48(1), 107-117. Vibration in a Stayed Bridge, 48(2), 153-161. Kim. H.S.—An pxperimental-Numerical Methodology for Lu, K.—A Combined Static/Dynamic Technique for Dam¬ a Rapid Prototyped Application Combined with Finite age Detection of Laminated Composite Plates, 48(1), Element Models in Vertebral Trabecular Bone, 48(5), 17-35. 657-664. Lu, W.-Y—TECHNICAL NOTE: A Long Split Hopkinson Kitey, R.—Dynamic Crack Growth Past a Stiff Inclusion: Pressure Bar (LSHPB) for Intennediate-rate Character¬ Optical Investigation of Inclusion Eccentricity and ization of Soft Materials, 48(6), 809-815. Inclusion-matrix Adhesion Strenth, 48(1), 37-53. Mars, W.V—Comparison of Test Specimens for Charac¬ Lademo, O.-G.—A Study of Large Plastic Defomiations in terizing the Dynamic Properties of Rubber, 48(1), 1-8. Dual Phase Steel Using Digital Image Correlation and Mason, J.J.—Measurements of Forces and Temperature FE Analysis, 48(2), 181 196, ERRATUM: 197. Fields in High-Speed Machining of 6061-T6 Alumi¬ Lamberti, L.—Mechanical Characterization of Biological num Alloy, 48(3), 307-317. Membranes with Moire Techniques and Multi-Point Mates, S.P.—A Pulse-Heated Kolsky Bar Technique for Simulated Annealing, 48(4), 465-478. Measuring the Flow Stress of Metals at High Loading Langseth. M.—A Study of Large Plastic Defomiations in and Heating Rates, 48(6), 799-807. Dual Phase Steel Using Digital Image Correlation and Mathews, J.L.—An Experimental Investigation into the FE Analysis, 48(2), 181-196, ERRATUM: 197. Acoustic Characteristics of Fluid-filled Porous Stmc- ELxperimental Mechanics (2008) 48:829-837 835 tiires—A Simplified Model of the Human Skull Pierron, F.—3D Heterogeneous Stiflfiess Reconstmetion Using Cancellous Stmcture, 48(2), 139-152. MRI and the Virtual Fields Method, 48(4), 479-494. Mohr, D.—A New Experimental Technique for the Multi- Pierron, F.—Identification of Heterogeneous Constitutive axial Testing of Advanced High Strength Steel Sheets, Parameters in a Welded Specimen: Uniform Stress and 48(1), 65-77. Virtual Fields Methods for Material Property Estima¬ Mohr, D.—Biaxial Testing of Sheet Materials at High tion, 48(4), 451^64. Strain Rates Using Viscoelastic Bars, 48(3), 293-306. Pierron, F.—Inverse Problems in Experimental Mechanics: Morikawa, S.R.K. TECHNICAL NOTE: Monitoring Fa¬ Guest Editorial, 48(4), 379. tigue Crack Growth in Compact Tension Specimens Pierron, F.—Overview of Identification Methods of Me¬ Using Piezoelectric Sensors, 48(2), 247-252. chanical Parameters Based on Full-field Measurements, Nagendran, K.B.—A Finite Element Method for the 48(4), 381-402. Detemiination of Optimal Viscoelastic Material Prop¬ Pierron, F.—Stress Reconstruction and Constitutive Param¬ erties from Indentation Tests of Polymer Film and Wire eter Identification in Plane-Stress Elasto-plastic Prob¬ with Polymer Insulation, 48(6), 713-729. lems Using Surface Measurements of Defonnation Nichols, T.—Fatigue Loading and Life Prediction in Three Fields, 48(4), 403^19. Fretting Fatigue Fixtures, 48(3), 253-263. Popovics, J.S.—Nondestructive Evaluation of Crack Depth Nielsen, S.F.—A General Methodology for Full-Field in Concrete Using PCA-compressed Wave Transmis¬ Plastic Strain Measurements Using X-ray Absorption sion Function and Neural Networks, 48(2), 225-231. Tomography and Internal Markers, 48(2), 199-211. Pratap, R.- Effect of Pressure on Fluid Damping in MEMS Nobari, A.S.- Identification of Dynamic (Young's and Torsional Resonators with Flow Ranging from Contin¬ Shear) Moduli of a Structural Adhesive Using Modal uum to Molecular Regime, 48(1), 91-106. Based Direct Model Updating Method, 48(5), 599-611. Qiao, P.Z.—A Combined Static'Dynamic Technique for Nygard, P-TECHNICAL NOTE: The Use of Acoustic Damage Detection of Laminated Composite Plates, Emission Monitoring to Rank Paper Materials with 48(1), 17-35. Respect to Their Fracture Toughness, 48(1), 133-137. Quintana-Rodriguez, J. A. Nonlinear Assessment of Cable Orteu, J.-J. - An Innovative Method for 3-D Shape, Strain Vibration in a Stayed Bridge, 48(2), 153-161. and Temperature Full-Field Measurement Using a Quintelier, J. On the Repeatability of Friction and Wear Single Type Camera: Principle and Preliminary Results, Tests for Polymides in a Hertzian Line Contact, 48(2), 48(2), 163-179. 233 246. Oswald, M.—A New Experimental Technique for the Rac, P.J. In-situ Measurement of Crystalline Lattice Multi-axial Testing of Advanced High Strength Steel Strains in Polytetralluoroethylene, 48(1), 119-131. Sheets, 48( 1), 65-77. Rajamohan, D. TECHNICAL NOTE: Hyperstatic Meth¬ Pagano, S.—Elastoplastic Behavior Identification for Het¬ od of Photoelasticity, 48(5), 693-696. erogeneous Loadings and Materials, 48(4), 435 449. Ravichandran, G.- TECHNICAL NOTE: A Note on the Pagano, S.—Overview of Identification Methods of Me¬ Direct Detennination of the Confining Pressure of chanical Parameters Based on Full-field Measurements, Cylindrical Specimens, 48(3), 375-377. 48(4), 381-402. Regev, A.—Simultaneous Transient Temperature Sensing Pagnacco, E.—Overview of Identification Methods of of Impacted Polymers Using Infrared Detectors and Mechanical Parameters Based on Full-field Measure¬ Thermocouples, 48(5), 675-682. ments, 48(4), 381 402. Remennikov, A.M.—An Alternative Rail Pad Tester for Pandey, A.K.—Effect of Pressure on Fluid Damping in Measuring Dynamic Properties of Rail Pads Under MEMS Torsional Resonators with Flow Ranging from Large Preloads, 48(1), 55-64. Continuum to Molecular Regime, 48(1), 91-106. Resapu, R.R.—A Finite Element Method for the Detenni¬ Pannier, Y. Stress Reconstruction and Constitutive Pa¬ nation of Optimal Viscoelastic Material Properties from rameter Identification in Plane-Stress Elasto-plastic Indentation Tests of Polymer Film and Wire with Problems Using Surface Measurements of Defonnation Polymer Insulation, 48(6), 713-729. Fields, 48(4), 403-419. Restivo, G.—Embedded Digital Speckle Pattern Interfer¬ Pappalettere, C.—Mechanical Characterization of Biologi¬ ometry for Three-dimensional Strain Analysis, 48(6), cal Membranes with Moire Techniques and Multi-Point 731-740. Simulated Annealing, 48(4), 465-478. Rhorer, R. A Pulse-Heated Kolsky Bar Technique for Parke, G.A.R. Interface Forces in Laterally Impacted Measuring the Flow Stress of Metals at High Loading Steel Tubes, 48(3), 265-280. and Heating Rates, 48(6), 799-807. SEM 836 Experimental Mechanics (2008) 48:829 837 Ridha, M.—Microstructure and Tensile Mechanical Prop¬ Singh, R.P.—Characterization of the Damping Behavior of erties of Anisotropic Rigid Polyurethane Foam, 48(6), a Nanoindentation Instrument for Carrying Out Dy¬ 763-776. namic Experiments, 48(5), 571-583, ERRATUM: 585. Rittel, D.—Simultaneous Transient Temperature Sensing of Singh, S.P.—Characterization of the Damping Behavior of Impacted Polymers Using Infrared Detectors and a Nanoindentation Instrument for Carrying Out Dy¬ Thennocouples, 48(5), 675-682. namic Experiments, 48(5), 571-583, ERRATUM: 585. Rittel, D.—TECHNICAL NOTE: A Note on the Direct Sitaraman, S.K.—Using Carrier Fringes to Study the High Detennination of the Confining Pressure of Cylindrical Temperature Defomiation Behavior of a BGA Package Specimens, 48(3), 375-377. Under Extended Dwell Times, 48(3), 355-365. Robert. L.—An Innovative Method for 3-D Shape, Strain Smith, J.F.—Characterization of the Damping Behavior of and Temperature Full-Field Measurement Using a a Nanoindentation Instrument for Carrying Out Dy¬ Single Type of Camera; Principle and Preliminary namic Experiments, 48(5), 571-583, ERRATUM: 585. Reulsts, 48(2), 163-179. Socrate, S.—Material Property Differentiation in Indenta¬ Rotinat. R.—Stress Reconstaiction and Constitutive Pa¬ tion Testing using Secondary Sensors, 48(4), 549-558. rameter Identification in Plane-Stress Elasto-plastic Sol, H.—Identification of Mechanical Material Behavior Problems Using Surface Measurements of Defomiation Through Inverse Modeling and DlC, 48(4), 421^33. Fields, 48(4), 403-419. Song, B. -TECHNICAL NOTE: A Long Split Hopkinson Rotrou, Y.—An Innovative Method for 3-D Shape, Strain Pressure Bar (LSHPB) for Intermediate-rate Character¬ and Temperature Full-Field Measurement Using a ization of Soft Materials, 48(6), 809-815 Single Type of Camera: Principle and Preliminary Spinhirne, N.—An Experimental Investigation into the Reulsts. 48(2), 163-179. Acoustic Characteristics of Fluid-filled Porous Stme- Roux, S.—Digital Image Mechanical Identification (DlMl), tures—A Simplified Model of the Human Skull 48(4), 495-508. Cancellous Stnicture, 48(2), 139-152. Sakaue, K.—Observation of Stress Field Around an Stanford, B.—The Validity Range of Low Fidelity Stme- Oscillating Crack Tip in a Quenched Thin Glass Plate, tural Membrane Models, 48(6), 697-711 48(3), 367-374. Steele. D.D.—3D Heterogeneous Stiffness Reconstmetion Samyn, P.—On the Repeatability of Friction and Wear Using MRl and the Virtual Fields Method, 48(4), Tests for Polyimides in a Hertzian Line Contact, 48(2), 479-494. 233-246. Sutton, M.A.—Full-field Themial Defonnation Measure¬ Schoukens, G.—On the Repeatability of Friction and Wear ments in a Scanning Electron Microscope by 2D Digital Tests for Polyimides in a Hertzian Line Contact. 48(2), Image Correlation, 48(5), 635-646. 233-246. Sutton. M.A.—Identification of Heterogeneous Constitu¬ Schreier. H.W.—Full-field Themial Defonnation Measure¬ tive Parameters in a Welded Specimen: Unifonn Stress ments in a Scanning Electron Microscope by 2D Digital and Virtual Fields Methods for Material Property Image Correlation, 48(5), 635-646. Estimation, 48(4), 451 -464. Sentenac, T.—An Innovative Method for 3-D Shape, Strain Syn, C.J.—TECHNICAL NOTE: A Long Split Hopkinson and Temperature Full-Field Measurement Using a Pressure Bar (LSHPB) for Intennediate-rate Character¬ Single Type of Camera: Principle and Preliminary ization of Soft Materials, 48(6), 809-815 Results, 48(2), 163-179. Takashi, M.—Observation of Stress Field Around an Shim, V.P.W.—Microstnicture and Tensile Mechanical Prop¬ Oscillating Crack Tip in a Quenched Thin Glass Plate, erties of Anisotropic Rigid Polyurethane Foam, 48(6), 48(3), 367-374. 763-776. Tarigopula, V.—A Study of Large Plastic Defonnations in Shin, S.W.—Nondestructive Evaluation of Crack Depth in Dual Phase Steel Using Digital Image Correlation and Concrete Using PCA-compressed Wave Transmission FE Analysis, 48(2), 181-196, ERRATUM: 197. Function and Neural Networks, 48(2), 225-231. Thomas, C.A.K. TECHNICAL NOTE: A Simple Closed- Sierra. G.—Structural Analysis of Steel to Aluminum Loop Active Control of Electrodynamic Shakers by Welded Overlap Joint by Digital Image Correlation, Acceleration Power Spectral Density for Environmental 48(2), 213-223. Vibration Tests, 48(5), 683-692. Simoes, J.A.—TECHNICAL NOTE: Experimental Evalu¬ Tippur, H.V.—Dynamic Crack Growth Past a Stiff Inclu¬ ation of Strain Shielding in Distal Femur in Revision sion: Optical Investigation of Inclusion Eccentricity and TKA, 48(6), 817-824. Inclusion-matrix Adhesion Strength, 48(1), 37-53. SEM Experimental Mechanies (2008) 48:829 837 837 Toledo, L.E.—Optical Metrology by Fringe Processing on Wattrisse, B.—Infrared Image Processing for the Calori¬ Independent Windows Using a Genetic Algorthim, metric Analysis of Fatigue Phenomena. 48( 1), 79-90. 48(4), 559-569. Wattrisse, B.—Structural Analysis of Steel to Aluminum Iruman, C.E.—Photoelastic Investigation of Slippage in Welded Overlap Joint by Digital Image Correlation, Shrink-Fit Assemblies, 48(5), 621-633. 48(2), 213-223. Tunga. K.R.—Using Carrier Fringes to Study the High Wert. J.A.—A General Methodology for Full-Field Plastic Temperature Defonnation Behavior of a BGA Package Strain Measurements Using X-ray Absorption Tomog¬ Under Extended Dwell Times, 48(3), 355-365. raphy and Internal Markers. 48(2), 199-211. Turgeon, M.C.—Buckling of Stiffened Thin-Walled Truncat¬ Whitenton, E.—A Pulse-Heated Kolsky Bar Technique for ed Cones Subjected to External Pressure, 48(3), 281-291. Measuring the Flow Stress of Metals at High Loading Vacher, P.—Kinematic Fields and Acoustic Emission and Heating Rates, 48(6), 799-807 Observations Associated with the Portevin Le Chatelier Williams, A.D.—An Experimental Investigation into the Effect on an Al-Mg Alloy, 48(6), 741-751 Acoustic Characteristics of Fluid-filled Porous Struc¬ Vallen, H.~TECHN1CAL NOTE: The Use of Acoustic tures—A Simplified Model of the Human Skull Emission Monitoring to Rank Paper Materials with Cancellous Structure, 48(2), 139-152. Respect to Their Fracture Toughness, 48(1), 133-137. Woo, D.G.—An Experimental-Numerical Methodology for Van Slycken, J.—Influence of Specimen Geometry on Split a Rapid Prototyped Application Combined with Finite Hopkinson Tensile Bar Tests on Sheet Materials, 48(5), Element Models in Vertebral Trabecular Bone, 48(5). 587-598. 657-664. Vantomme, J.—Identification of Mechanical Material Be¬ Yan, J.H.—Identification of Heterogeneous Constitutive havior Through Inverse Modeling and DlC, 48(4), Parameters in a Welded Specimen: Uniform Stress and 421^33. Virtual Fields Methods for Material Property Estima¬ Vanin Nare. T.—Buckling of Stiflened Thin-Walled Truncated tion, 48(4), 451-464. Cones Subjected to External Pressure, 48(3), 281-291. Yoneyama, S.—Observation of Stress Field Around an Verleysen, P.—Influence of Specimen Geometry on Split Oscillating Crack Tip in a Quenched Thin Glass Plate, Hopkinson Tensile Bar Tests on Sheet Materials, 48(5), 48(3), 367-374. 587-598. Yun, C.B.—Nondestructive Evaluation of Crack Depth Vemaza Pena. K.M.—Measurements of Forces and Tem¬ in Concrete Using PCA-compressed Wave Trans¬ perature Fields in High-Speed Machining of 6061-T6 mission Function and Neural Networks, 48(2), Aluminum Alloy, 48(3), 307-317. 225-231. Verstraete, T.—Influence of Specimen Geometry on Split Zeinoddini, M. Interface Forces in Laterally Impacted Hopkinson Tensile Bar Tests on Sheet Materials. 48(5), Steel Tubes. 48(3), 265-280. 587-598. Zhang, F.J.—Defonnation and Failure Modes of Soft Steel Vitale, S.—Dynamic Measurements of impulses Generated Projectiles Impacting Harder Steel Targets at Increasing by the Separation of Adhered Bodies under Near-Zero Velocity, 48(3), 335-354. Gravity Conditions. 48(6). 777-787 Zhang. W.—Creep Properties and Recoverability of Dou¬ Walsh, E.J.—Development and Evaluation of the Quadrant ble-wall Corrugated Paperboard. 48(3), 327-333. Ring Test Method, 48(3), 319-326. Zucker, J.M.—An Experimental Investigation into the Wang, Y.—Integrated Measurement Technique for Curing Acoustic Characteristics of Fluid-filled Porous Stnic- Process-Dependent Mechanical Properties of Polymeric tures—A Simplified Model of the Human Skull Materials Using Fiber Bragg Grating, 48(1), 107-117. Cancellous Structure, 48(2), 139-152. Wattrisse, B.—Elastoplastic Behavior Identification for Zwink. B.—Crack Detection in an Embedded Spindle Heterogeneous Loadings and Materials, 48(4), 435^49. using Broadband Modal Excitation. 48(4), 509-520. SEM

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Preview Experimental Mechanics 2008: Vol 48 Index & Table of Contents

Experimental Meehanics (2008) 48:829- 837 Inciex to EXPERIMENTAL MECHANICS Volume 48, 2008 TITLE INDEX 3D Heterogeneous Stiffness Reconstruction Using MRI and Models in Vertebral Trabecular Bone, D.G. Woo, C.H. the Virtual Fields Method. S. Avril, J.M. Huntley, F. Kim, H.S. Kim and D. Lim, 48(5), 657-664. Pierron and D.D. Steele, 48(4), 479^94. An Innovative Method for 3-D Shape, Strain and A Combined Static/Dynamic Technique for Damage De¬ Temperature Full-Field Measurement Using a Single tection of Laminated Composite Plates, P.Z. Qiao, K. Type of Camera: Principle and Preliminary Results, Lu and W. Lestari, 48( 1), 17-35. J.-J. Orteu, Y. Rotrou. T. Sentenac and L. Robert, 48(2), A Discrete Algorithm of Integrated Photoelasticity for 163-179. Axisymmetric Problems, J. Anton, A. Errapart, H. Automatic Full Strain Field Moire Interferometry Measure¬ Aben and L. Ainola, 48(5), 613-620. ment with Nano-scale Resolution, B. Chen and C. A Finite Element Method for the Determination of Optimal Basaran, 48(5), 665-673. Viscoelastic Material Properties from Indentation Tests Biaxial Testing of Sheet Materials at High Strain Rates of Polymer Film and Wire with Polymer Insulation, Using Viscoelastic Bars. V. Grolleau. G. Gary and D. R.R. Resapu, K.B. Nagendran and R.D. Bradshaw, 48(6), Mohr, 48(3), 293-306. 713-729. Buckling of Stiffened Thin-Walled Truncated Cones Sub¬ A General Methodology for Full-Field Plastic Strain jected to External Pressure, M.E. Barkey, M.C. Turgeon Measurements Using X-ray Absorption Tomography and T. Varun Nare, 48(3). 281-291. and Internal Markers, K. Haldrup. S.F. Nielsen and J.A. Characterization of the Damping Behavior of a Nano¬ Wert. 48(2), 199-211. indentation Instmment for Carrying Out Dynamic A New Experimental Technique for the Multi-axial Testing Experiments, S.P. Singh, J.F. Smith and R.P. Singh, of Advanced High Strength Steel Sheets, D. Mohr and 48(5), 571-583, ERRATUM: 585. M. Oswald, 48(1), 65-77. Comparison of Test Specimens for Characterizing the A Novel Method for Uncertainty Inverse Problems and Dynamic Properties of Rubber, M.A. Castellucci, A.T. Application to Material Characterization of Compo¬ Hughes and W.V Mars, 48(1), 1-8. sites, C. Jiang, G.R. Liu and X. Han, 48(4), 539-548. Crack Detection in an Embedded Spindle using Broadband A Pulse-Heated Kolsky Bar Technique for Measuring the Modal Excitation, S. Ackers. D. Adams. R. Evans and Flow Stress of Metals at High Loading and Heating B. Zwink. 48(4), 509-520. Rates, S.P. Mates, R. Rhorer, E. Whitenton, T. Bums Creep Properties and Recoverability of Double-wall Corru¬ and D. Basak, 48(6), 799-807. gated Paperboard, Y. Guo, Y. Fu and W. Zhang. 48(3), A Study of Large Plastic Defomiations in Dual Phase Steel 327-333. Using Digital Image Correlation and FE Analysis, V. Defonuation and Failure Modes of Soft Steel Projectiles Tarigopula, O.S. Hopperstad, M. Langseth, A.H. Impacting Harder Steel Targets at Increasing Veloc¬ Clausen, F. Hild, O.-G. Lademo and M. Eriksson, 48 ity, X.W. Chen, G. Chen and F.J. Zhang. 48(3), (2), 181-196. ERRATUM; 197. 335-354. An Alternative Rail Pad Tester for Measuring Dynamic Development and Evaluation of the Quadrant Ring Test Properties of Rail Pads Under Large Preloads, S. Method. E.J. Walsh and D.O. Adams, 48(3), 319-326. Kaewunruen and A.M. Remennikov, 48(1), 55-64. Digital Image Correlation for Specimens with Multiple An Experimental Investigation into the Acoustic Character¬ Growing Cracks, J.D. Helm, 48(6), 753-762. istics of Fluid-filled Porous Structures—A Simplified Digital Image Mechanical Identification (DIMI), S. Roux Model of the Human Skull Cancellous Structure, A.K. and F. Hild, 48(4), 495-508. Ghosh, A.D. Williams, J.M. Zucker, J.L. Mathews and Dynamic Crack Growth Past a Stiff Inclusion: Optical N. Spinhime, 48(2), 139-152. Investigation of Inclusion Eccentricity and Inclusion- An Experimental-Numerical Methodology for a Rapid matrix Adhesion Strength, R. Kitey and H.V. Tippur, Prototyped Application Combined with Finite Element 48( 1), 37-53. SCM 830 Experimental Mechanies (2008) 48:829 837 Dynamic Measurements of Impulses Generated by the Interface Forces in Laterally Impacted Steel Tubes, M. Separation of Adhered Bodies under Near-Zero Gravity Zeinoddini, G.A.R. Parke and J.E Harding, 48(3), Conditions. D. Bortoluzzi, M. De Cecco, S. Vitale and 265-280. M. Benedetti, 48(6), 777-787. Inverse Problems in Experimental Mechanics: Guest Edi¬ Effect of Pressure on Fluid Damping in MEMS Torsional torial, F. Pierron and Y.-L. Lo, 48(4), 379. Resonators with Flow Ranging from Continuum to Kinematic Fields and Acoustic Emission Observations Molecular Regime, A.K. Pandey, R. Pratap and F.S. Associated with the Portevin Le Chatelier Effect on Chau, 48(1), 91-106. an Al-Mg Alloy, H. Louche, K. Bouabdallah, P. Vacher, Embedded Digital Speckle Pattern Interferometry for T. Coudert and P. Balland, 48(6), 741-751. Three-dimensional Strain Analysis, G. Restivo and G.L. Kink Band Fomiation in Wood Species Under Compressive Cloud, 48(6), 731-740. Loading, L. Benabou, 48(5), 647 656. Elastoplastic Behavior Identification for Heterogeneous Material Property Differentiation in Indentation Testing Loadings and Materials, F. Latourte, A. Chrysochoos, Using Secondary Sensors, A. Balakrishnan and S. S. Pagano and B. Wattrisse, 48(4), 435^49. Socrate. 48(4), 549-558. Fatigue Loading and Life Prediction in Three Fretting Mechanical Characterization of Biological Membranes with Fatigue Fixtures, P..I. Golden. A.L. Hutson, B.B. Bartha Moire Techniques and Multi-Point Simulated Anneal¬ and T. Nicholas, 48(3), 253-263. ing, E. Cosola, K. Genovese, L. Lamberti and C. Full-field Thennal Defonnation Measurements in a Scanning Pappalettere, 48(4), 465^78. Electron Microscope by 2D Digital Image Correlation, Measurements of Forces and Temperature Fields in High- N. Li, M.A. Sutton, X. Li and H.W. Schreier. 48(5), Speed Machining of 6()61-T6 Aluminum Alloy, R.V. 635-646. Kazban, K.M. Vemaza Pena and .I.J. Mason, 48(3), Identification and Damage Detection in Structures Sub¬ 307-317. jected to Base Excitation, G. Fraraccio, A. Briigger and Microstructure and Tensile Mechanical Properties of R. Betti, 48(4), 521-528. Anisotropic Rigid Polyurethane Foam, M. Ridha and Identification of Dynamic (Young’s and Shear) Moduli of a V.P.W. Shim, 48(6), 763-776. Structural Adhesive Using Modal Based Direct Model Nondestructive Evaluation of Crack Depth in Concrete Updating Method. K. Jahani and A.S. Nobari, 48(5), Using PCA-compressed Wave Transmission Function 599-611. and Neural Networks, S.W. Shin, C.B. Yun, H. Futura Identification of Heterogeneous Constitutive Parameters in and .I.S. Popovics, 48(2), 225-231. a Welded Specimen: Uniform Stress and Virtual Fields Nonlinear Assessment of Cable Vibration in a Stayed Methods for Material Property Estimation. M.A. Sutton. Bridge, F.J. Carrion-Viramontes, J.A. Lopez-Lopez, .I.H. Yan, S. Avril, F. Pierron and S.M. Adeeb, 48(4), J.A. Quintana-Rodriguez and A. Lozano-Guzman, 451^64. 48(2), 153-161. Identification of Mechanical Material Behavior Through Nonlinear Identification Problems Under Large Deflections, Inverse Modeling and DIC, S. Cooreman, D. N. Davendralingam and J.F. Doyle, 48(4), 529-538. Lecompte, H. Sol, J. Vantomme and D. Debruyne, Observation of Stress Field Around an Oscillating Crack 48(4), 421-433. Tip in a Ouent-'hed Thin Glass Plate, S. Yoneyama, K. In-situ Measurement of Crystalline Lattice Str^iiis in Sakaue, H. Kikuta and M. Takashi, 48(3), 367-374. Polytetrafluoroethylene, E.N. Brown, P.J. Rae, D.M. On the Repeatability of Friction and Wear Tests for Dattelbaum, B. Clausen and D.W. Brown, 48( 1), Polyimides in a Hertzian Line Contact, P. Samyn, .1. 119-131. Quintelier and G. Schoukens, 48(2), 233-246. Influence of Specimen Geometry on Split Hopkinson Optical Metrology by Fringe Processing on Independent Tensile Bar Tests on Sheet Materials, P. Verleysen, .1. Windows Using a Genetic Algorithm, L.E. Toledo and Degrieck, T. Verstraete and J. Van Slycken, 48(5), F.J. Cuevas, 48(4), 559-569. 587-598. Overview of Identification Methods of Mechanical Param¬ Infrared Image Processing for the Calorimetric Analysis of eters Based on Full-field Measurements, S. Avril, M. Fatigue Phenomena. B. Bcrthel, A. Chrysochoos, B. Bonnet, A.-S. Bretelle, M. Grediac, F. Hild, P. lenny, F. Wattrisse and A. Galtier, 48( 1), 79-90. Latourte, D. Lemosse, S. Pagano, E. Pagnacco and F. Integrated Measurement Technique for Curing Process- Pierron, 48(4), 381^02. Dependent Mechanical Properties of Polymeric Materi¬ Photoelastic Investigation of Slippage in Shrink-Fit Assem¬ als Using Fiber Bragg Grating, Y. Wang, B. Han, D.W. blies, LA. Jones, C.E. Truman and .I.D. Booker, 48(5), Kim, A. Bar-Cohen and P. Joseph. 48(1), 107-117. 621-633. SEM Experimental Mechanics (2008) 48:829- 837 831 Simultaneous Transient Temperature Sensing of Impacted Ackers, S.—Crack Detection in an Embedded Spindle Polymers Using Infrared Detectors and Themiocouples, using Broadband Modal Excitation, 48(4), 509-520. A. Regev and D. Rittel, 48(5), 675-682. Adams, D.—Crack Detection in an Embedded Spindle Stress Reconstruction and Constitutive Parameter Identifi¬ using Broadband Modal Excitation, 48(4), 509-520. cation in Plane-Stress Elasto-plastic Problems Using Adams, D.O.—Development and Evaluation of the Quad¬ Surface Measurements of Defonnation Fields, S. Avril, rant Ring Test Method, 48(3), 319-326. F. Pierron, Y. Pannier and R. Rotinat, 48(4), 403-419. Adeeb, S.M. Identification of Heterogeneous Constitutive Structural Analysis of Steel to Aluminum Welded Overlap Parameters in a Welded Specimen: Uniform Stress and Joint by Digital Image Correlation, G. Sierra, B. Virtual Fields Methods for Material Property Estima¬ Wattrisse and C. Bordreuil, 48(2), 213-223. tion, 48(4), 451^64. TECHNICAL NOTE: A Long Split Hopkinson Pressure Ainola, L.—A Discrete Algorithm of Integrated Photo¬ Bar (LSHPB) for Intermediate-rate Characterization of elasticity for Axisymmetric Problems, 48(5), 613-620. Soft Materials, B. Song, C.J. Syn, C.L. Grupido, W. Anton, J.—A Discrete Algorithm of Integrated Photo¬ Chen and W.-Y. Lu, 48(6), 809-815. elasticity for Axisymmetric Problems, 48(5), 613-620. TECHNICAL NOTE: A Note on the Direct Determination Avril, S.—3D Heterogeneous Stiffness Reconstruction of the Confining Pressure of Cylindrical Specimens, D. Using MRI and the Virtual Fields Method, 48(4), Rittel, E. Hanina and G. Ravichandran, 48(3), 375-377. 479^94. TECHNICAL NOTE: A Simple Closed-Loop Active Avril, S.— Identification of Heterogeneous Constitutive Control of Electrodynamic Shakers by Acceleration Parameters in a Welded Specimen: Uniform Stress Power Spectral Density for Environmental Vibration and Virtual Fields Methods for Material Property Tests, H.M. Gomes, D. dos Santos Gaspareto, F. de Estimation, 48(4), 451-464. Souza Ferreira and C.A.K. Thomas, 48(5), 683-692. Avril, S.—Overview of Identification Methods of Mechan¬ TECHNICAL NOTE: Experimental Evaluation of Strain ical Parameters Based on Full-field Measurements, Shielding in Distal Femur in Revision TKA, A. 48(4), 381-402. Competo, J.A. Simoes and F. Fonseca, 48(6), 817-824. Avril, S.—Stress Reconstmction and Constitutive Parame¬ TECHNICAL NOTE: Hyperstatic Method of Photoelastic¬ ter Identification in Plane-Stress Elasto-plastic Prob¬ ity, D. Rajamohan, 48(5), 693-696. lems Using Surface Measurements of Defonnation TECHNICAL NOTE: Monitoring Fatigue Crack Growth in Fields, 48(4), 403-419. Compact Tension Specimens Using Piezoelectric Sen¬ Balakrishnan. A.—Material Property Dift'erentiation in Inden¬ sors, A.L. Gama and S.R.K. Morikawa, 48(2), 247-252. tation Testing Using Secondary Sensors, 48(4). 549-558. TECHNICAL NOTE: The Use of Acoustic Emission Balland, P.—Kinematic Fields and Acoustic Emission Monitoring to Rank Paper Materials with Respect to Observations Associated with the Portevin Le Chatelier Their Fracture Toughness, P.A. Gradin, D. Graham, P. Effect on an Al-Mg Alloy, 48(6), 741-751. Nygard and H. Vallen, 48(1), 133-137. Bar-Cohen, A. Integrated Measurement Technique for The Validity Range of Low Fidelity Structural Membrane Curing Process-Dependent Mechanical Properties of Models, B. Stanford and P. Ifju, 48(6), 697-711. Polymeric Materials using Fiber Bragg Grating. 48( I), Themioplastic Polymer Shrinkage in Emerging Molding 107-117. Processes, A.L. Gershon, L.S. Gyger Jr., H.A. Bnick Barkey, M.E.—Buckling of Stiffened Thin-Walled Tmncated and S.K. Gupta, 48(6), 789-798 Cones Subjected to External Pressure, 48(3). 281-291. Using Carrier Fringes to Study the High Temperature Bartha, B.B. -Fatigue Loading and Life Prediction in Deformation Behavior of a BGA Package Under Three Fretting Fatigue Fixtures. 48(3), 253-263. Extended Dwell Times, K.R. Tunga and S.K. Sitaraman, Basak, D.—A Pulse-Fleated Kolsky Bar Technique for 48(3), 355-365. Measuring the Flow Stress of Metals at High Loading Young’s Modulus Measurement Using a Simplified Trans¬ and Floating Rates, 48(6), 799-807. parent Indenter Measurement Technique, C. Feng and Basaran, C.—Automatic Full Strain-Field Moire Interfer¬ B. S. Kang, 48(1), 9-15. ometry Measurement with Nano-scale Resolution. 48(5), 665-673. Benabou, L. - Kink Band Fonnation in Wood Species AUTHOR INDEX Under Compressive Loading. 48(5). 647-656. Benedetti, M. -Dynamic Measurements of Impulses Gen¬ Aben, H.— A Discrete Algorithm of Integrated Photo¬ erated by the Separation of Adhered Bodies under elasticity for Axisymmetric Problems, 48(5), 613-620. Near-Zero Gravity Conditions, 48(6). 777-787 SEM 832 Experimental Meehanies (2008) 48:829 837 Berthel, B.—Infrared Image Processing for the Calorimetric Chen, W.—TECHNICAL NOTE: A Long Split Hopkinson Analysis of Fatigue Phenomena, 48( 1), 79-90. Pressure Bar (LSHPB) for Intemiediate-rate Character¬ Betti, R.—Identification and Damage Detection in Struc¬ ization of Soft Materials, 48(6), 809-815. tures Subjected to Base Excitation, 48(4), 521-528. Chen, X.W.—Defonnation and Failure Modes of Soft Steel Bonnet, M.—Overview of Identification Methods of Me¬ Projectiles Impacting Harder Steel Targets at Increasing chanical Parameters Based on Full-field Measurements, Velocity, 48(3), 335-354. 48(4), 381^02. Chrysochoos, A.—Elastoplastic Behavior Identification for Booker, J.D. Photoelastic Investigation of Slippage in Heterogeneous Loadings and Materials, 48(4), 435-449. Shrink-Fit Assemblies, 48(5), 621-633. Chrysoehoos, A.—Infrared Image Processing for the Bordreuil, C.—Structural Analysis of Steel to Aluminum Calorimetric Analysis of Fatigue Phenomena, 48( 1), Welded Overlap Joint by Digital Image Correlation, 79-90. 48(2), 213-223. Clausen, A.H.—A Study of Large Plastic Defonnations in Bortoluzzi, D.—Dynamic Measurements of Impulses Gen¬ Dual Phase Steel Using Digital Image Correlation and erated by the Separation of Adhered Bodies under FE Analysis, 48(2), 181-193, ERRATUM: 197. Near-Zero Gravity Conditions, 48(6), 777-787. Clausen, B.—In-sitii Measurement of Crystalline Lattice Bouabdallah, K.—Kinematic Fields and Acoustic Emission Strains in Polytetrafiuoroethylene, 48(1), 119-131. Observations Associated with the Portevin Le Chatelier Cloud, G.L.—Embedded Digital Speckle Pattern Interfer¬ Effect on an Al-Mg Alloy, 48(6), 741-751. ometry for Three-dimensional Strain Analysis, 48(6), Bradshaw, R.D.—A Finite Element Method for Detemii- 731-740. nation of Optimal Viscoelastic Material Properties from Completo, A.—TECHNICAL NOTE: Experimental Eval¬ Indentation Tests of Polymer Film and Wire with uation of Strain Shielding in Distal Femur in Revision Polymer Insulation, 48(6), 713-729 TKA, 48(6), 817-824. Bretelle, A.-S.—Overview of Identification Methods of Cooreman, S.—Identification of Mechanical Material Behav¬ Mechanical Parameters Based on Full-field Measure¬ ior Through Inverse Modeling and DIC, 48(4), 421-433. ments, 48(4), 381 402. Cosola, E.—Mechanical Characterization of Biological Brown, D.W.—/ii-silii Measurement of Crystalline Lattice Membranes with Moire Techniques and Multi-Point Strains in Polytetrafiuoroethylene, 48(1), 119-131 Simulated Annealing, 48(4), 465^78. Brown, E.N.—In-sitii Measurement of Crystalline Lattice CoLidert, T.—Kinematic Fields and Acoustic Emission Strains in Polytetrafiuoroethylene, 48(1), 119-131. Observations Associated with the Portevin Le Chatelier Bruck, H.A.—Themioplastic Polymer Shrinkage in Emerg¬ Effect on an Al-Mg Alloy, 48(6), 741-751. ing Molding Processes, 48(6), 789-798. Cuevas, F.J.—Optical Metrology by Fringe Processing on Briigger, A.—Identification and Damage Detection in Independent Windows Using a Genetic Algorithm, Structures Subjected to Base Excitation, 48(4), 48(4), 559 569. 521-528. Dattelbaum, D.M.—In-.silii Measurement of Crystalline Burns, T.—A Pulse-Heated Kolsky Bar Technique for Lattice Strains in Polytetrafiuoroethylene, 48(1), Measuring the Flow Stress of Metals at High Loading 119-131. and Heating Rates, 48(6), 799-807. Davendralingam, N.—Nonlinear Identification Problems Carrion-Viramontes, F.J.—Nonlinear Assessment of Cable Under Large Defiections, 48(4), 529-538. Vibration in a Stayed Bridge, 48(2), 153-161. De Cecco, M.—Dynamic Measurements of Impulses Castellucci, M.A.—Comparison of Test Specimens for Generated by the Separation of Adhered Bodies under Characterizing the Dyii'miic Properties of Rubber, Near-Zero Gravity Conditions, 48(6), 777-787. 48(1), 1-8. de Souza Ferriera, F.—TECHNICAL NOTE: A Simple Chau, F.S.—Effect of Pressure on Fluid Damping in Closed-Loop Active Control of Electrodynamic Shak¬ MEMS Torsional Resonators with Flow Ranging ers by Acceleration Power Spectral Density for Envi¬ from Continuum to Molecular Regime, 48(1), ronmental Vibration Tests, 48(5), 683-692. 91-106. Debruyne, D.—Identification of Mechanical Material Behav¬ Chen, B.—Automatic Full Strain-Filed Moire Interferome¬ ior Through Inverse Modeling and DIC, 48(4), 421-433. try Measurement with Nano-scale Resolution, 48(5), Degrieck, J.—Infiuence of Specimen Geometry on Split 665-673. Hopkinson Tensile Bar Tests on Sheet Materials, 48(5), Chen, G.—Defonnation and Failure Modes of Soft Steel 587-598. Projectiles Impacting Harder Steel Targets at Increasing dos Santos Gaspareto, D.—TECHNICAL NOTE: A Simple Velocity, 48(3), 335-354. Closed-Loop Active Control of Electrodynamic Shak- SEM Experimental Mechanics (2008) 48:829-837 833 ers by Acceleration Power Spectral Density for Envi¬ with Respect to Their Fracture Toughness, 48(1). ronmental Vibration Tests. 48(5), 683-692. 133-137. Doyle, J.F.—Nonlinear Identification Problems Under Grediac, M.—Overview of Identification Methods of Large Deflections, 48(4), 529-538. Mechanical Parameters Based on Full-field Measure¬ Eriksson, M.—A Study of Large Plastic Deformations in ments, 48(4), 381^02. Dual Phase Steel Using Digital Image Correlation and Grolleau, V.—Biaxial Testing of Sheet Materials at High FE Analysis, 48(2), 181-196, ERRATUM: 197. Strain Rates Using Viscoelastic Bars, 48(3), Errapart, A.—A Discrete Algorithm of Integrated Photo¬ 293-306. elasticity for Axisymmetric Problems. 48(5), 613-620. Guo, Y.—Creep Properties and Recoverability of Double¬ Evans, R.—Crack Detection in an Embedded Spindle using wall Corrugated Paperboard, 48(3), 327-333. Broadband Modal Excitation, 48(4), 509-520. Grupido, C.L.—TECHNICAL NOTE: A Long Split Feng, C.—Young’s Modulus Measurement Using a Sim¬ Hopkinson Pressure Bar (LSHPB) for Intermediate- plified Transparent Indenter Measurement Technique, rate Characterization of Soft Materials, 48(6), 809-815. 48(1), 9-15. Gupta, S.K.—Thermoplastic Polymer Shrinkage in Emerg¬ Fonseca. F.—TECHNICAL NOTE: Experimental Evalua¬ ing Molding Processes, 48(6), 789-798. tion of Strain Shielding in Distal Femur in Revision Gyger Jr., L.S.—Thermoplastic Polymer Shrinkage in TKA, 48(6), 817-824. Emerging Molding Processes, 48(6), 789-798. Fraraccio, G.—Identification and Damage Detection in Haldrup, K.—A General Methodology for Full-Field Structures Subjected to Base Excitation, 48(4), Plastic Strain Measurements Using X-ray Absorp¬ 521-528. tion Tomography and Internal Markers, 48(2), Fu, Y.—Creep Properties and Recoverability of Double¬ 199-211. wall Corrugated Paperboard, 48(3), 327-333. Han, B.—Integrated Measurement Technique for Curing Futura, H.—Nondestructive Evaluation of Crack Depth in Process-Dependent Mechanical Properties of Polymeric Concrete using PCA-compressed Wave Transmission Materials Using Fiber Bragg Grating, 48(1), 107-117. Function and Neural Networks, 48(2), 225-231. Han, X.—A Novel Method for Uncertainty Inverse Prob¬ Gama, A.L.—TECHNICAL NOTE: Monitoring Fatigue lems and Applications to Material Characterization of Crack Growth in Compact Tension Specimens Using Composites, 48(4), 539-548. Piezoelectric Sensors, 48(2), 247-252. Hanina, E.—TECHNICAL NOTE: A Note on the Direct Galtier, A.—Infrared Image Processing for the Calorimetric Determination of the Confining Pressure of Cylindrical Analysis of Fatigue Phenomena, 48( 1), 79-90. Specimens, 48(3), 375-377. Gary, G.— Biaxial Testing of Sheet Materials at High Strain Harding, J.E.—Interface Forces in Laterally Impacted Steel Rates Using Viscoelastic Bars, 48(3), 293-306. Tubes, 48(3), 265-280. Genovese, K.—Mechanical Characterization of Biological Helm, J.D.—Digital Image Correlation for Specimens with Membranes with Moire Techniques and Multi-Point Multiple Growing Cracks, 48(6), 753-762. Simulated Annealing, 48(4), 465-478. Hild, F.—A Study of Large Plastic Deformations in Dual Gershon, A.L.—Thermoplastic Polymer Shrinkage in Phase Steel Using Digital Image Correlation and FE Emerging Molding Processes, 48(6), 789-798. Analysis, 48(2), 181-196, ERRATUM: 197. Ghosh, A.K.—An Experimental Investigation into the Hild, F.—Digital Image Mechanical Identification (DIMI), Acoustic Characteristics of Fluid-filled Porous Struc¬ 48(4), 495 508. tures—A Simplified Model of the Human Skull Hild, F.—Overview of Identification Methods of Mechan¬ Cancellous Stnicture, 48(2), 139-152. ical Parameters Based on Full-field Measurements. Golden, P.J.—Fatigue Loading and Life Prediction in Three 48(4), 381^02. Fretting Fatigue Fixtures, 48(3), 253-263. Hopperstad, O.S.—A Study of Large Plastic Defonnations Gomes, H.M.—TECHNICAL NOTE: A Simple Closed- in Dual Phase Steel Using Digital Image Correlation Loop Active Control of Electrodynamic Shakers by and FE Analysis, 48(2), 181-196, ERRATUM: 197. Acceleration Power Spectral Density for Environmental Hughes, A.T.—Comparison of Test Specimens for Charac¬ Vibration Tests, 48(5), 683-692. terizing the Dynamic Properties of Rubber, 48(1), 1-8. Gradin, P.A.--TECHNICAL NOTE: The Use of Acoustic Huntely, J.M.—3D Heterogeneous Stiffness Reconstruction Emission Monitoring to Rank Paper Materials with Using MRI and the Virtual Fields Method, 48(4), Respect to Their Fracture Toughness, 48(1), 133-137. 479-494. Graham, D. TECHNICAL NOTE: The Use of Acous¬ Hutson, A.L.—Fatigue Loading and Life Prediction in tic Emission Monitoring to Rank Paper Materials Three Fretting Fatigue Fixtures, 48(3), 253-263. SEM 834 Experimental Mechanics (2008) 48:829 -837 lenny, P.—Overview of Identification Methods of Mechan¬ Latourte, F.—Elastoplastic Behavior Identification for ical Parameters Based on Full-field Measurements, Heterogeneous Loadings and Materials, 48(4), 48(4), 381-402. 435-449. IQu, P.—The Validity Range of Low Fidelity Structural Latourte, F.—Overview of Identification Methods of Membrane Models, 48(6), 697-711. Mechanical Parameters Based on Full-field Measure¬ Jahani, K.—Identification of Dynamic (Young’s and Shear) ments, 48(4), 381^02. Moduli of a Structural Adhesive Using Modal Based Lecompte, D.—Identification of Mechanical Material Behav¬ Direct Model Updating Method, 48(5), 599-611. ior Through Inverse Modeling and DIC, 48(4), 421-433. Jiang, C.—A Novel Method for Uncertainty Inverse Lemosse, D.—Overview of Identification Methods of Problems and Applications to Material Characterization Mechanical Parameters Based on Full-field Measure¬ of Composites, 48(4), 539-548. ments, 48(4), 381-J02. Jones, l.A.—Photoelastic Investigation of Slippage in Lesari, W.—A Combined Static/Dynamic Technique for Shrink-Fit Assemblies, 48(5), 621-633. Damage Detection of Laminated Composite Plates, Joseph, P.—Integrated Measurement Technique for Curing 48(1), 17-35. Process-Dependent Mechanical Properties of Plymeric Li, N.—Full-field Thennal Deformation Measurements in a Materials Using Fiber Bragg Grating, 48(1), 107-117. Scanning Electron Microscope by 2D Digital Image Kaewunruen, S.—An Alternative Rail Pad Tester for Correlation. 48(5), 635-646. Measuring Dynamic Properties of Rail Pads Under Li, X.—Full-field Thennal Deformation Measurements in a Large Preloads, 48( 1), 55-64. Scanning Electron Microscope by 2D Digital Image Kang, B.S.—Young’s Modulus Measurement Using a Correlation, 48(5), 635-646. Simplified Transparent Indenter Measurement Tech¬ Lim, D.—An Experimental-Numerical Methodology for a nique, 48(1), 9-15. Rapid Prototyped Application Combined with Finite Kazban, R.V.—Measurements of Forces and Temperature Element Models in Vertebral Trabecular Bone, 48(5), Fields in High-Speed Machining of 6061-T6 Alumi¬ 657-664. num Alloy, 48(3), 307-317. Liu, G.R.—A Novel Method for Uncertainty Inverse Kikuta, H.—Observation of Stress Field Around an Problems and Application to Material Characterization Oscillating Crack Tip in a Quenched Thin Glass Plate, of Composites, 48(4), 539-548. 48(3), 367-374. Lo, Y.-L.—Inverse Problems in Experimental Mechanics: Kim, C.H.—An Experimental-Numerical Methodology for Guest Editorial, 48(4), 379. a Rapid Prototyped Application Combined with Finite Lopez-Lopez, J.A.—Nonlinear Assessment of Cable Vibra¬ Element Models in Vertebral Trabecular Bone, 48(5), tion in a Stayed Bridge, 48(2), 153-161. 657-664. Louche, H.—Kinematic Fields and Acoustic Emission Kim, D.W.—Integrated Measurement Technique for Observations Associated with the Portevin Le Chatelier Curing Process-Dependent Mechanical Properties of Effect on an Al-Mg Alloy, 48(6), 741-751. Polymeric Materials Using Fiber Bragg Grating, Lozano-Guzman, A.—Nonlinear Assessment of Cable 48(1), 107-117. Vibration in a Stayed Bridge, 48(2), 153-161. Kim. H.S.—An pxperimental-Numerical Methodology for Lu, K.—A Combined Static/Dynamic Technique for Dam¬ a Rapid Prototyped Application Combined with Finite age Detection of Laminated Composite Plates, 48(1), Element Models in Vertebral Trabecular Bone, 48(5), 17-35. 657-664. Lu, W.-Y—TECHNICAL NOTE: A Long Split Hopkinson Kitey, R.—Dynamic Crack Growth Past a Stiff Inclusion: Pressure Bar (LSHPB) for Intennediate-rate Character¬ Optical Investigation of Inclusion Eccentricity and ization of Soft Materials, 48(6), 809-815. Inclusion-matrix Adhesion Strenth, 48(1), 37-53. Mars, W.V—Comparison of Test Specimens for Charac¬ Lademo, O.-G.—A Study of Large Plastic Defomiations in terizing the Dynamic Properties of Rubber, 48(1), 1-8. Dual Phase Steel Using Digital Image Correlation and Mason, J.J.—Measurements of Forces and Temperature FE Analysis, 48(2), 181 196, ERRATUM: 197. Fields in High-Speed Machining of 6061-T6 Alumi¬ Lamberti, L.—Mechanical Characterization of Biological num Alloy, 48(3), 307-317. Membranes with Moire Techniques and Multi-Point Mates, S.P.—A Pulse-Heated Kolsky Bar Technique for Simulated Annealing, 48(4), 465-478. Measuring the Flow Stress of Metals at High Loading Langseth. M.—A Study of Large Plastic Defomiations in and Heating Rates, 48(6), 799-807. Dual Phase Steel Using Digital Image Correlation and Mathews, J.L.—An Experimental Investigation into the FE Analysis, 48(2), 181-196, ERRATUM: 197. Acoustic Characteristics of Fluid-filled Porous Stmc- ELxperimental Mechanics (2008) 48:829-837 835 tiires—A Simplified Model of the Human Skull Pierron, F.—3D Heterogeneous Stiflfiess Reconstmetion Using Cancellous Stmcture, 48(2), 139-152. MRI and the Virtual Fields Method, 48(4), 479-494. Mohr, D.—A New Experimental Technique for the Multi- Pierron, F.—Identification of Heterogeneous Constitutive axial Testing of Advanced High Strength Steel Sheets, Parameters in a Welded Specimen: Uniform Stress and 48(1), 65-77. Virtual Fields Methods for Material Property Estima¬ Mohr, D.—Biaxial Testing of Sheet Materials at High tion, 48(4), 451^64. Strain Rates Using Viscoelastic Bars, 48(3), 293-306. Pierron, F.—Inverse Problems in Experimental Mechanics: Morikawa, S.R.K. TECHNICAL NOTE: Monitoring Fa¬ Guest Editorial, 48(4), 379. tigue Crack Growth in Compact Tension Specimens Pierron, F.—Overview of Identification Methods of Me¬ Using Piezoelectric Sensors, 48(2), 247-252. chanical Parameters Based on Full-field Measurements, Nagendran, K.B.—A Finite Element Method for the 48(4), 381-402. Detemiination of Optimal Viscoelastic Material Prop¬ Pierron, F.—Stress Reconstruction and Constitutive Param¬ erties from Indentation Tests of Polymer Film and Wire eter Identification in Plane-Stress Elasto-plastic Prob¬ with Polymer Insulation, 48(6), 713-729. lems Using Surface Measurements of Defonnation Nichols, T.—Fatigue Loading and Life Prediction in Three Fields, 48(4), 403^19. Fretting Fatigue Fixtures, 48(3), 253-263. Popovics, J.S.—Nondestructive Evaluation of Crack Depth Nielsen, S.F.—A General Methodology for Full-Field in Concrete Using PCA-compressed Wave Transmis¬ Plastic Strain Measurements Using X-ray Absorption sion Function and Neural Networks, 48(2), 225-231. Tomography and Internal Markers, 48(2), 199-211. Pratap, R.- Effect of Pressure on Fluid Damping in MEMS Nobari, A.S.- Identification of Dynamic (Young's and Torsional Resonators with Flow Ranging from Contin¬ Shear) Moduli of a Structural Adhesive Using Modal uum to Molecular Regime, 48(1), 91-106. Based Direct Model Updating Method, 48(5), 599-611. Qiao, P.Z.—A Combined Static'Dynamic Technique for Nygard, P-TECHNICAL NOTE: The Use of Acoustic Damage Detection of Laminated Composite Plates, Emission Monitoring to Rank Paper Materials with 48(1), 17-35. Respect to Their Fracture Toughness, 48(1), 133-137. Quintana-Rodriguez, J. A. Nonlinear Assessment of Cable Orteu, J.-J. - An Innovative Method for 3-D Shape, Strain Vibration in a Stayed Bridge, 48(2), 153-161. and Temperature Full-Field Measurement Using a Quintelier, J. On the Repeatability of Friction and Wear Single Type Camera: Principle and Preliminary Results, Tests for Polymides in a Hertzian Line Contact, 48(2), 48(2), 163-179. 233 246. Oswald, M.—A New Experimental Technique for the Rac, P.J. In-situ Measurement of Crystalline Lattice Multi-axial Testing of Advanced High Strength Steel Strains in Polytetralluoroethylene, 48(1), 119-131. Sheets, 48( 1), 65-77. Rajamohan, D. TECHNICAL NOTE: Hyperstatic Meth¬ Pagano, S.—Elastoplastic Behavior Identification for Het¬ od of Photoelasticity, 48(5), 693-696. erogeneous Loadings and Materials, 48(4), 435 449. Ravichandran, G.- TECHNICAL NOTE: A Note on the Pagano, S.—Overview of Identification Methods of Me¬ Direct Detennination of the Confining Pressure of chanical Parameters Based on Full-field Measurements, Cylindrical Specimens, 48(3), 375-377. 48(4), 381-402. Regev, A.—Simultaneous Transient Temperature Sensing Pagnacco, E.—Overview of Identification Methods of of Impacted Polymers Using Infrared Detectors and Mechanical Parameters Based on Full-field Measure¬ Thermocouples, 48(5), 675-682. ments, 48(4), 381 402. Remennikov, A.M.—An Alternative Rail Pad Tester for Pandey, A.K.—Effect of Pressure on Fluid Damping in Measuring Dynamic Properties of Rail Pads Under MEMS Torsional Resonators with Flow Ranging from Large Preloads, 48(1), 55-64. Continuum to Molecular Regime, 48(1), 91-106. Resapu, R.R.—A Finite Element Method for the Detenni¬ Pannier, Y. Stress Reconstruction and Constitutive Pa¬ nation of Optimal Viscoelastic Material Properties from rameter Identification in Plane-Stress Elasto-plastic Indentation Tests of Polymer Film and Wire with Problems Using Surface Measurements of Defonnation Polymer Insulation, 48(6), 713-729. Fields, 48(4), 403-419. Restivo, G.—Embedded Digital Speckle Pattern Interfer¬ Pappalettere, C.—Mechanical Characterization of Biologi¬ ometry for Three-dimensional Strain Analysis, 48(6), cal Membranes with Moire Techniques and Multi-Point 731-740. Simulated Annealing, 48(4), 465-478. Rhorer, R. A Pulse-Heated Kolsky Bar Technique for Parke, G.A.R. Interface Forces in Laterally Impacted Measuring the Flow Stress of Metals at High Loading Steel Tubes, 48(3), 265-280. and Heating Rates, 48(6), 799-807. SEM 836 Experimental Mechanics (2008) 48:829 837 Ridha, M.—Microstructure and Tensile Mechanical Prop¬ Singh, R.P.—Characterization of the Damping Behavior of erties of Anisotropic Rigid Polyurethane Foam, 48(6), a Nanoindentation Instrument for Carrying Out Dy¬ 763-776. namic Experiments, 48(5), 571-583, ERRATUM: 585. Rittel, D.—Simultaneous Transient Temperature Sensing of Singh, S.P.—Characterization of the Damping Behavior of Impacted Polymers Using Infrared Detectors and a Nanoindentation Instrument for Carrying Out Dy¬ Thennocouples, 48(5), 675-682. namic Experiments, 48(5), 571-583, ERRATUM: 585. Rittel, D.—TECHNICAL NOTE: A Note on the Direct Sitaraman, S.K.—Using Carrier Fringes to Study the High Detennination of the Confining Pressure of Cylindrical Temperature Defomiation Behavior of a BGA Package Specimens, 48(3), 375-377. Under Extended Dwell Times, 48(3), 355-365. Robert. L.—An Innovative Method for 3-D Shape, Strain Smith, J.F.—Characterization of the Damping Behavior of and Temperature Full-Field Measurement Using a a Nanoindentation Instrument for Carrying Out Dy¬ Single Type of Camera; Principle and Preliminary namic Experiments, 48(5), 571-583, ERRATUM: 585. Reulsts, 48(2), 163-179. Socrate, S.—Material Property Differentiation in Indenta¬ Rotinat. R.—Stress Reconstaiction and Constitutive Pa¬ tion Testing using Secondary Sensors, 48(4), 549-558. rameter Identification in Plane-Stress Elasto-plastic Sol, H.—Identification of Mechanical Material Behavior Problems Using Surface Measurements of Defomiation Through Inverse Modeling and DlC, 48(4), 421^33. Fields, 48(4), 403-419. Song, B. -TECHNICAL NOTE: A Long Split Hopkinson Rotrou, Y.—An Innovative Method for 3-D Shape, Strain Pressure Bar (LSHPB) for Intermediate-rate Character¬ and Temperature Full-Field Measurement Using a ization of Soft Materials, 48(6), 809-815 Single Type of Camera: Principle and Preliminary Spinhirne, N.—An Experimental Investigation into the Reulsts. 48(2), 163-179. Acoustic Characteristics of Fluid-filled Porous Stme- Roux, S.—Digital Image Mechanical Identification (DlMl), tures—A Simplified Model of the Human Skull 48(4), 495-508. Cancellous Stnicture, 48(2), 139-152. Sakaue, K.—Observation of Stress Field Around an Stanford, B.—The Validity Range of Low Fidelity Stme- Oscillating Crack Tip in a Quenched Thin Glass Plate, tural Membrane Models, 48(6), 697-711 48(3), 367-374. Steele. D.D.—3D Heterogeneous Stiffness Reconstmetion Samyn, P.—On the Repeatability of Friction and Wear Using MRl and the Virtual Fields Method, 48(4), Tests for Polyimides in a Hertzian Line Contact, 48(2), 479-494. 233-246. Sutton, M.A.—Full-field Themial Defonnation Measure¬ Schoukens, G.—On the Repeatability of Friction and Wear ments in a Scanning Electron Microscope by 2D Digital Tests for Polyimides in a Hertzian Line Contact. 48(2), Image Correlation, 48(5), 635-646. 233-246. Sutton. M.A.—Identification of Heterogeneous Constitu¬ Schreier. H.W.—Full-field Themial Defonnation Measure¬ tive Parameters in a Welded Specimen: Unifonn Stress ments in a Scanning Electron Microscope by 2D Digital and Virtual Fields Methods for Material Property Image Correlation, 48(5), 635-646. Estimation, 48(4), 451 -464. Sentenac, T.—An Innovative Method for 3-D Shape, Strain Syn, C.J.—TECHNICAL NOTE: A Long Split Hopkinson and Temperature Full-Field Measurement Using a Pressure Bar (LSHPB) for Intennediate-rate Character¬ Single Type of Camera: Principle and Preliminary ization of Soft Materials, 48(6), 809-815 Results, 48(2), 163-179. Takashi, M.—Observation of Stress Field Around an Shim, V.P.W.—Microstnicture and Tensile Mechanical Prop¬ Oscillating Crack Tip in a Quenched Thin Glass Plate, erties of Anisotropic Rigid Polyurethane Foam, 48(6), 48(3), 367-374. 763-776. Tarigopula, V.—A Study of Large Plastic Defonnations in Shin, S.W.—Nondestructive Evaluation of Crack Depth in Dual Phase Steel Using Digital Image Correlation and Concrete Using PCA-compressed Wave Transmission FE Analysis, 48(2), 181-196, ERRATUM: 197. Function and Neural Networks, 48(2), 225-231. Thomas, C.A.K. TECHNICAL NOTE: A Simple Closed- Sierra. G.—Structural Analysis of Steel to Aluminum Loop Active Control of Electrodynamic Shakers by Welded Overlap Joint by Digital Image Correlation, Acceleration Power Spectral Density for Environmental 48(2), 213-223. Vibration Tests, 48(5), 683-692. Simoes, J.A.—TECHNICAL NOTE: Experimental Evalu¬ Tippur, H.V.—Dynamic Crack Growth Past a Stiff Inclu¬ ation of Strain Shielding in Distal Femur in Revision sion: Optical Investigation of Inclusion Eccentricity and TKA, 48(6), 817-824. Inclusion-matrix Adhesion Strength, 48(1), 37-53. SEM Experimental Mechanies (2008) 48:829 837 837 Toledo, L.E.—Optical Metrology by Fringe Processing on Wattrisse, B.—Infrared Image Processing for the Calori¬ Independent Windows Using a Genetic Algorthim, metric Analysis of Fatigue Phenomena. 48( 1), 79-90. 48(4), 559-569. Wattrisse, B.—Structural Analysis of Steel to Aluminum Iruman, C.E.—Photoelastic Investigation of Slippage in Welded Overlap Joint by Digital Image Correlation, Shrink-Fit Assemblies, 48(5), 621-633. 48(2), 213-223. Tunga. K.R.—Using Carrier Fringes to Study the High Wert. J.A.—A General Methodology for Full-Field Plastic Temperature Defonnation Behavior of a BGA Package Strain Measurements Using X-ray Absorption Tomog¬ Under Extended Dwell Times, 48(3), 355-365. raphy and Internal Markers. 48(2), 199-211. Turgeon, M.C.—Buckling of Stiffened Thin-Walled Truncat¬ Whitenton, E.—A Pulse-Heated Kolsky Bar Technique for ed Cones Subjected to External Pressure, 48(3), 281-291. Measuring the Flow Stress of Metals at High Loading Vacher, P.—Kinematic Fields and Acoustic Emission and Heating Rates, 48(6), 799-807 Observations Associated with the Portevin Le Chatelier Williams, A.D.—An Experimental Investigation into the Effect on an Al-Mg Alloy, 48(6), 741-751 Acoustic Characteristics of Fluid-filled Porous Struc¬ Vallen, H.~TECHN1CAL NOTE: The Use of Acoustic tures—A Simplified Model of the Human Skull Emission Monitoring to Rank Paper Materials with Cancellous Structure, 48(2), 139-152. Respect to Their Fracture Toughness, 48(1), 133-137. Woo, D.G.—An Experimental-Numerical Methodology for Van Slycken, J.—Influence of Specimen Geometry on Split a Rapid Prototyped Application Combined with Finite Hopkinson Tensile Bar Tests on Sheet Materials, 48(5), Element Models in Vertebral Trabecular Bone, 48(5). 587-598. 657-664. Vantomme, J.—Identification of Mechanical Material Be¬ Yan, J.H.—Identification of Heterogeneous Constitutive havior Through Inverse Modeling and DlC, 48(4), Parameters in a Welded Specimen: Uniform Stress and 421^33. Virtual Fields Methods for Material Property Estima¬ Vanin Nare. T.—Buckling of Stiflened Thin-Walled Truncated tion, 48(4), 451-464. Cones Subjected to External Pressure, 48(3), 281-291. Yoneyama, S.—Observation of Stress Field Around an Verleysen, P.—Influence of Specimen Geometry on Split Oscillating Crack Tip in a Quenched Thin Glass Plate, Hopkinson Tensile Bar Tests on Sheet Materials, 48(5), 48(3), 367-374. 587-598. Yun, C.B.—Nondestructive Evaluation of Crack Depth Vemaza Pena. K.M.—Measurements of Forces and Tem¬ in Concrete Using PCA-compressed Wave Trans¬ perature Fields in High-Speed Machining of 6061-T6 mission Function and Neural Networks, 48(2), Aluminum Alloy, 48(3), 307-317. 225-231. Verstraete, T.—Influence of Specimen Geometry on Split Zeinoddini, M. Interface Forces in Laterally Impacted Hopkinson Tensile Bar Tests on Sheet Materials. 48(5), Steel Tubes. 48(3), 265-280. 587-598. Zhang, F.J.—Defonnation and Failure Modes of Soft Steel Vitale, S.—Dynamic Measurements of impulses Generated Projectiles Impacting Harder Steel Targets at Increasing by the Separation of Adhered Bodies under Near-Zero Velocity, 48(3), 335-354. Gravity Conditions. 48(6). 777-787 Zhang. W.—Creep Properties and Recoverability of Dou¬ Walsh, E.J.—Development and Evaluation of the Quadrant ble-wall Corrugated Paperboard. 48(3), 327-333. Ring Test Method, 48(3), 319-326. Zucker, J.M.—An Experimental Investigation into the Wang, Y.—Integrated Measurement Technique for Curing Acoustic Characteristics of Fluid-filled Porous Stnic- Process-Dependent Mechanical Properties of Polymeric tures—A Simplified Model of the Human Skull Materials Using Fiber Bragg Grating, 48(1), 107-117. Cancellous Structure, 48(2), 139-152. Wattrisse, B.—Elastoplastic Behavior Identification for Zwink. B.—Crack Detection in an Embedded Spindle Heterogeneous Loadings and Materials, 48(4), 435^49. using Broadband Modal Excitation. 48(4), 509-520. SEM

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