Experimental Mechanics 2010: Vol 50 Index & Table of Contents

2010·3.3 MB·English

Experimental Mechanics (2010) 50:1399-1414
DOl 10.1007/s 11340-010-9427-2
Index to
EXPERIMENTAL MECHANICS
TITLE INDEX
A Braking System for Tests with a Prescribed Deceleration A Simplified Treatise of the Scott Bond Testing Method, P.
Pulse, V. Giavotto, M. Anghileri, L.-M.L. Castelletti, Isaksson, P. Gradin, S. Ostlund, 50(6), 745-751.
A. Milanese, D.M. Manganini, 50(7), 915-930. A Study on Hydraulic Autoffettage of Thick-Walled Cylin¬
A Discontinuous Elastic Interface Transfer Model of Thin Film ders Incorporating Bauschinger Effect, W.S. Shim, J.H.
Nanoindentation, B. Zhou, B.C. Prorok, 50(6), 793-801. Kim, Y.S. Lee, K.U. Cha, S.K. Hong, 50(5), 621-626.
A High-frequency High-temperature Optical Strain/Dis¬ A Unified Introduction to Fluid Mechanics of Flying and
placement Gage, W.N. Sharpe, Jr., 50(2), 227-237. Swimming at High Reynolds Number, C. Eloy, O.
A Hybrid Experimental/Numerical Investigation of the Doare, L. Duchemin, L. Schouveiler, 50(9),
Response of Multilayered MEMS Devices to Dynamic doi: 10.1007/s 11340-009-9289-7.
Loading, J. Kimberley, J. Lambros, 1. Chasiotis, J. Advances in Hole-Drilling Residual Stress Measurements,
Pulskamp, R. Polcawich, M. Dubey, 50(4), 527-544. G.S. Schajer, 50(2), 159-168.
A Load-Based Multiple-Partial Unloading Micro-Indentation Aerodyneimic Performance of a Gliding Swallowtail Butterfly
Technique for Mechanical Property Evaluation, C. Feng, Wing Model, H. Park, K. Bae, B. Lee, W.-P. Jeon, H. Choi,
J.M. Tannenbaum, B.S. Kang, M.A. Alvin, 50(6), 737-743. 50(9), doi: 10.1007/s 11340-009-9330-x.
A Multi-step Method for In Situ Mechanical Characteriza¬ An Experimental and Numerical Study of Calliphora Wing
tion of 1-D Nanostructures Using a Novel Micromechan¬ Structure, R. Ganguli, S. Gorb, F.-O. Lehmann, S.
ical Device, Y. Lu, Y. Ganesan, J. Lou, 50(1), 47-54. Mukheijee, S. Mukheijee, 50(8), 1183-1197.
A New Perspective in Adhesion Science and Technology: An Experimental Method to Determine the Tensile Strength
Testing Dynamic Failure of Adhesive Junctions for of Concrete at High Rates of Strain, B. Erzar, P. Forquin,
Space Applications, D. Bortoluzzi, M. Benedetti, L. 50(7), 941-955.
Baglivo, S. Vitale, 50(8), 1213-1223. An Intelligent Hybrid Measurement Method for Steady
A Novel “Subset Splitting” Procedure for Digital Image Temperature Field, T. Nishioka, M. Wakabayashi, T.
Correlation on Discontinuous Displacement Fields, J. Fujimoto, 50(8), 1149-1155.
Poissant, F. Barthelat, 50(3), 353-364. Assessment of Non-Adiabatic Behaviour in Thermoelastic
A Novel Experimental Approach for Calculating Stress Stress Analysis of Small Scale Components, W.J. Wang,
Intensity Factors from Isochromatic Data, F.A. Diaz, J.M. Dulieu-Barton, Q. Li, 50(4), 449-461.
E.A. Patterson, P. Siegmann, 50(2), 273-281. Bulge Testing Transparent Thin Films with Moire Deflec-
A Reconciliation of Viscous and Inviscid Approaches to tometry, D. Xu, K.M. Liechti, 50(2), 217-225.
Computing Locomotion of Deforming Bodies, J.D. Calculation of Notch H-Integrals Using Image Correlation
Eldredge, 50(9), doi: 10.1007/s 11340-009-9275-0. Experiments, S.H. Ju, 50(4), 517-525.
A Review of External Pressure Testing Techniques for Characterization of Irradiation Damage of Ferritic ODS Alloys
Shells including a Novel Volume-Control Method, J.R. with Advanced Micro-Sample Methods, M.A. Pouchon, J.
MacKay, F. van Keulen, 50(6), 753-772. Chen, R. Ghisleni, J. Michler, W. Hoffelner, 50(1), 79-84.
A Review of Fatigue Behavior in Nanocrystalline Metals, Classical and Roll-hemming Processes of Pre-strained
H.A. Padilla II, B.L. Boyce, 50(1), 5-23. Metallic Sheets, N. Le Maout, S. Thuillier, P.Y. Manach,
A Semi-Circular Bend Technique for Determining Dynamic 50(7), 1087-1097.
Fracture Toughness, F. Dai, R. Chen, K. Xia, 50(6), Collective Behaviour of Swimming Micro-organisms, T.J.
783-791. Pedley, 50(9), doi: 10.1007/s 11340-010-9406-7.
A Sequential Tensile Method for Rapid Characterization of Comparison of Low Impedance Split-Hopkinson Pressure
Extreme-value Behavior in Microfabricated Materials, Bar Techniques in the Characterization of Polyurea,
B. L. Boyce, 50(7), 993-997. T.P.M. Johnson, S.S. Sarva, S. Socrate, 50(7), 931-940.
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1400 Exp Mech (2010) 50:1399-1414
Contactless and Frictionless Pure Bending, S.H.A. Boers, EBSD Study of Delamination Fracture in Al-Li Alloy 2090,
M. G.D. Geers, V.G. Kouznetsova, 50(6), 683-693. W. Tayon, R. Crooks. M. Domack, J. Wagner, A.A.
Crack Stability of Fracture Specimens used to Test Elmustafa, 50(1), 135-143.
Unidirectional Fiber Reinforced Material. A. Szekrenyes, Edge Finishing Effects on the Impact Behavior of Chopped
50(4), 473-482. GFRP Composites, T.M. Briggs, M. Ramulu, 50(3),
Damage of Optical Fibers Under Wet Environments, R. El 321-331.
Abdi, A.D. Rujinski, M. Poulain, I. Severin, 50(8), EDITORIAL: Celebrating 50 years of Experimental Me¬
1225-1234. chanics, H.D Espinosa, 50(1), 1-2.
Deflection Measurement and Determination of Young’s Effect of Compressive Straining on Nanoindentation Elastic
Modulus of Micro-cantilever Using Phase-shift Shadow Modulus of Trabecular Bone, M. Gan, V. Samvedi, A.
Moire Method, J.H. Lim, M.M. Ratnam, l.A. Azid, D. Cerrone, D.K. Dubey, V. Tomar, 50(6), 773-781.
Mutharasu, 50(7), 1051-1060. Effects of Body Cross-sectional Shape on Flying Snake
Design of Modified Tabs for Testing of Symmetric Aerodynamics, K. Miklasz, M. LaBarbera, X. Chen, J.J.
Composite Thin Walled Tubes Under Pure Torsional Socha, 50(9), doi: 10.1007/s 11340-010-9351-5.
and Tensile Loadings, M.M. Shokrieh, A. Asadi, 50(3), Elastic Constants Determination and Deformation Obser¬
307-320. vation Using Brazilian Disk Geometry, C. Liu, 50(7),
Determination of Residual Stresses in High Speed Milled 1025-1039.
Aluminum Alloys Using a Method of Indent Pairs, F.V. Elastic Deformation of Materials under Distributed Shear
Diaz, R.E. Bolmaro, A.P.M. Guidobono, E.F. Girini, Loading, X.J. Ren, C.W. Smith, K.E. Evans, P.J.
50(2), 205-215. Dooling, A. Burgess, J. Wiechers, N., Zahlan, 50(5),
Determination of the Constitutive Relation Parameters of a 651-659.
Metallic Material by Measurement of Temperature Incre¬ Electromechanical Characterization of Au Thin Films using
ment in Compressive Dynamic Tests, R. Guzman, J. Micro-tensile Testing, S.J. Lee, J.M. Park, S.W. Han, S.
Melendez, J. Zahr, J.L. Perez-Castellanos, 50(3), 389-397. M. Hyun, J.H. Kim, H.J. Lee, 50(5), 643-649.
ERRATUM: Determination of the Constitutive Relation Energy Emissions from Failure Phenomena: Mechanical,
Parameters of a Metallic Material by Measurement of Electromagnetic, Nuclear, A. Carpinteri, F. Cardone, G.
Temperature Increment in Compressive Dynamic Tests, Lacidogna, 50(8), 1235-1243.
R. Guzman. J. Melendez, J. Zahr, J.L. Perez-Castellanos, Environmental Constraints on the Mechanics of Crawling
50(3), 399. and Burrowing Using Hydrostatic Skeletons, K.M.
Detwinning of Pure Zirconium: In-Situ Neutron Diffraction Dorgan, 50(9), doi: 10.1007/s 11340-010-9399-2.
Experiments, G. Proust, G.C. Kaschner, l.J. Beyerlein, “Equivalent” Electromechanical Coefficient for IPMC
B. Clausen, D.W. Brown, R..L McCabe, C.N., Tome, Actuator Design Based on Equivalent Bimorph Beam
50(1), 125-133. Theory, H.D. Cilingir, M. Papila, 50(8), 1157-1168.
Development of an Optical System for Simultaneous Experimental Analysis of Prepreg Tack, O. Dubois, J.-B.
Ultrasonic Propagation Imaging at Multi-points, J.-R. Le Cam, A. Beakou, 50(5), 599-606.
Lee, C.-Y. Yoon, 50(7), 1041-1049. Experimental Evidence of Thermal Effects in Multiphase
Digital Image Correlation for Improved Detection of Basal Ceramic Specimens Subjected to Cyclic Loading, X.
Cell Carcinoma. J.D. Krehbiel, J. Lambros, J.A. Viator, Balandraud. G. Zhou, M. Grediac, N. Tessier-Doyen,
N. R. Sottos. 50(6), 813-824. 50(7), 979-992.
Digital Image Correlation Study of Plastic Deformation and Experimental Fracture Mechanics of Functionally Graded
Fracture in Fully Martensitic Steels, V. Savic, L.G. Materials: An Overview of Optical Investigations, C.-E.
Hector Jr., J.R. Fekete, 50(1), 99-110. Rousseau, V.B. Chalivendra, H.V. Tippur, A. Shukla,
Displacement and Strain Measurement by Circular and 50(7), 845-865.
Radial Gratings Moire Method. X. Xiao, Y. Kang, Z., Experimental Investigation and Finite Element Analysis of
Hou, W. Qiu, X. Li, X. Li, 50(2), 239-244. Fatigue Crack Growth in Pipes Containing a Circumfer¬
Dynamic Separation of Resistance Spot Welded Joints: Part ential Semi-elliptical Crack Subjected to Bending, A.R.
I— Experiments, Y.J. Chao, K. Wang, K.W. Miller, X.-K. Shahani, M.M. Shodja, A. Shahhosseini, 50(5), 563-573.
Zhu, 50(7), 889-900. Experimental Investigation of Strain Rate Dependence in
Dynamic Separation of Resistance Spot Welded Joints: Part Nanocrystalline Pt Films, K.N. Jonnalagadda, 1. Chasiotis,
II— Analysis of Test Results and a Model, K. Wang, Y.J. S. Yagnamurthy, J. Lambros, J. Pulskamp, R. Polcawich,
Chao, X. Zhu, K.W. Miller, 50(7), 901-913. M., Dubey, 50(1), 25-35.
Experimental Study of Bending Behaviour of Reinforce¬ Element Analysis, S. Hedan, V. Valle, M. Cottron, 50
ments, E. de Bilbao, D. Soulat, G. Hivet, A. Gasser, (3), 401^12.
50(3), 333-351. In Situ Experiments with X-ray Tomography: An Attrac¬
Experimentally Evaluating Equilibrium Stress in Uniaxial tive Tool for Experimental Mechanics, J.-Y. Buffiere,
Tests, A. Goel, K. Strabala, M. Negahban, R. Feng, E. Maire, J. Adrien, J.-P. Masse, E. Boiler, 50(3),
50(6), 709-716. 289-305
Fatigue of the Near-Alpha Ti-Alloy Ti6242, T.K. Heckel, Letter from the Editor, H.D. Espinosa, 50(9), doi: 10.1007/
A. Guerrero Tovar, H.-J. Christ, 50(4), 483-489. si 1340-010-9428-1.
Following the Behavior of the Flagellar Rotary Motor Near Load-Deformation Behavior of Nitinol Stents, J.W. Simons,
Zero Load, J. Yuan, H.C. Berg, 50(9), doi:l 0.1007/ A. Dalai, D.A. Shockey, 50(6), 835-843.
si 1340-009-9290-1. Local Strain Concentrations in a Microvascular Network,
Fracture Evaluation in a Ceramic Spherical Dome Port A.R. Hamilton, N.R. Sottos, S.R. White, 50(2), 255-
Under Shock Impact, S.G. Kwon, Y.S. Lee, J.H. Kim, 263.
J.H. Lee, K.T., Hwang, S.J. Yoon, 50(5), 589-597. Locomotory Advantages to Flapping Out of Phase, E. Kanso,
Full Field Strain Measurement of Resistant Spot Welds P.K. Newton, 50(9), doi: 10.1007/s 11340-009-9287-9.
Using 3D Image Correlation Systems, Z. Lei, H.-T. Macro- to Nano-indentation Hardness Stress-Strain
Kang, G. Reyes, 50(1), 111-116. Aspects of Crystal Elastic/Plastic/Cracking Behaviors,
Grandstand Simulator for Dynamic Human-Structure Inter¬ R.W. Armstrong, W.L. Elban, 50(4), 545-552.
action Experiments, A. Comer, A. Blakeborough, M.S. Measurement of Mechanical Properties of Thin Film by
Williams, 50(6), 825-834. Membrane Deflection Test, Y.-H. Huh, D.-I. Kim, D.-J.
GUEST EDITORIAL: Emerging Methods in Mechanical Kim, H.-M., Lee, S.-G. Hong, J.-H. Park, C.-D. Kee,
Behavior, B.L. Boyce, E.T. Lilliodden, X.C. Li, 50(1), 3. 50(4), 429-435.
GUEST EDITORIAL: Experimental Engineering and Measurement of Strain/Load Transfer in Parallel Seven-
Applications, A. Ochsner, L.F.M. da Silva, 50(5), 561. wire Strands with Neuron Diffraction, I.C. Noyan, A.
GUEST EDITORIAL: Mechanical Aspects of Biological Briigger, R. Betti, B. Clausen, 50(2), 265-272.
Locomotion, A.E. Hosoi, E. Lauga, 50(9), doi:10.1007/ Measurement of Thrust and Lift Forces Associated With
si 1340-010-9429-0. Drag of Compliant Flapping Wing for Micro Air
High Temperature Nanoindentation of PMR-15 Polyimide, Vehicles Using a New Test Stand Design, D. Mueller,
Y.C. Lu, D.C. Jones, G.P. Tandon, S. Putthanarat, G.A. H.A. Bruck, S.K. Gupta, 50(6), 725-735.
Schoeppner, 50(4), 491^99. Measuring Multiple Residual-Stress Components using
High-rate Characterization of304L Stainless Steel at Elevated the Contour Method and Multiple Cuts, P. Pagliaro,
Temperatures for Recrystallization Investigation, B. Song, M.B. Prime, H. Swenson, B. Zuccarello, 50(2), 187-
B. R. Antoun, X. Nie, W. Chen, 50(4), 553-560. 194.
Hole-Drilling Residual Stress Measurements at 75: Origins, Mechanical Characterization of Coatings Using Micro¬
Advances, Opportunities, G.S. Schajer, 50(2), 245-253. beam Bending and Digital Image Correlation Techni¬
How do Sperm get to the Egg? Bioengineering Expertise ques, C. Eberl, D.S. Gianola, K.J. Hemker, 50(1),
Needed!, S.S. Suarez, 50(9), doi: 10.1007/s 11340-009- 85-97.
9312-z. Microstructure Effect on the Lcr Elastic Wave for Welding
Hydrodynamic Interactions at Low Reynolds Number, G.P. Residual Stress Measurement, H. Qozam, S. Chaki, G.
Alexander, J.M. Yeomans, 50(9), doi: 10.1007/s 11340- Bourse, C. Robin, H. Walaszek, P. Bouteille, 50(2), 179-
010-9387-6. 185.
Identification of Cable Forces on Cable-Stayed Bridges: A Mini-Tensile Experiments of Clock-Rolled Zirconium
Novel Application of the MUSIC Algorithm, S. Kangas, Plate, G.C. Kaschner, M.L. Lovato, M.G. Stout, G.
A. Helmicki, V. Hunt, R. Sexton, J. Swanson, 50(7), Proust, C. Liu, l.J. Beyerlein, 1. Usov, Y. Wang, C.N.
957-968. Tome, 50( 1), 65-70.
Identification of Damping and Dynamic Young’s Modulus Mode I Fracture at Spot Welds in Dual-Phase Steel: An
of a Structural Adhesive Using Radial Basis Function Application of Reverse Digital Image Correlation, H.
Neural Networks and Modal Data, K. Jahani, A.S. Tao, P.D. Zavattieri, L.G. Hector, Jr., W. Tong, 50(8),
Nobari, 50(5), 607-619. 1199-1212.
In Plane Displacement Formulation for Finite Cracked Models and Control of Fish-Like Locomotion, J. Melli,
Plates Under Mode I Using Grid Method and Finite C.W. Rowley, 50(9), doi: 10.1007/s 11340-010-9349-z.
1402 Exp Mech (2010) 50:1399-1414
Nanomechanical Testing of Gum Metal, E.A. Withey, J. Ye, ERRATUM: Rock Dynamic Fracture Toughness Tested
A.M. Minor, S. Kuramoto, D.C. Chrzan, J.W. Morris Jr., with Holed-Cracked Flattened Brazilian Discs Diametri¬
50(1), 37^5. cally Impacted by SHPB and its Size Effect, Q.Z. Wang,
Nano-Pattem Recognition and Correlation Technique for S. Zhang, H.P. Xie, 50(7), 887.
Sub-Nanometer In-Plane Displacement Measurement, H. Sampling Moire Method for Accurate Small Deformation
Bi, C. Jang, B. Han, 50(8), 1169-1181. Distribution Measurement. S. Ri, M. Fujigaki, Y.
Novel Method for Analyzing Crack Growth in Polymeric Morimoto, 50(4), 501-508.
Microtensile Specimens by In Situ Atomic Force Shift in Optimal Joint Angle of the Ankle Dorsiflexors
Microscopy, U. Lang, T. Siiss, N. Wojtas, J. Dual, Following Eccentric Exercise, H.-D. Lee, S.-J. Kim.
50(4), 463^72. D.-Y. Lee, T. Kurihara, Y.-S. Lee, Y. Kawakami, 50(5),
Novel Microtensile Method for Monotonic and Cyclic 661-666.
Testing of Freestanding Copper Thin Films, M.-T. Lin, Shrinkage Measurement in Concrete Materials using Cure
C.-J. Tong, K.-S. Shiu, 50(1), 55-64. Reference Method, T.C. Chen, W.Q. Yin, P.G. Ifju,
Observation of Piezoelectrically Induced Lamb Wave 50(7), 999-1012.
Propagation in Thin Plates by Use of Speckle Interfer¬ Strain Mapping of Al-Mg Alloy with Multi-scale Grain
ometry, R. Lammering, 50(3), 377-387. Structure using Digital Image Correlation Method, B.
On the Plastic Wave Propagation Along the Specimen Ahn, S.R. Nutt, 50(1), 117-123.
Length in SHPB Test, Z.G. Wang, L.W. Meyer, 50(7), Strain Separation on a Nonplanar Object Using a Lumines¬
1061-1074. cent Photoelastic Coating, D. Takahashi, J.P. Hubner,
On the Use of NURBS Functions for Displacement Derivatives 50(3), 365-375.
Measurement by Digital Image Correlation, J. Rethore. T. Structural Analysis of a Dragonfly Wing, S.R. Jongerius, D.
Elguedj, P. Simon, M. Coret, 50(7), 1099-1116. Lentink, 50(9), doi:10.1007/sl 1340-010-9411-x.
On-Chip Mechanical Characterization Using an Electro- TECHNICAL NOTE: Comments on the Effect of Radial
thermo-mechanical Actuator, A. Corigliano, L. Domenella, Inertia in the Kolsky Bar Test for an Incompressible
G. Langfelder, 50(6), 695-707. Material, T.L. Warren, M.J. Forrestal, 50(8), 1253-1255.
Parameter Identification of Damage Models Using Genetic TECHNICAL NOTE: Effect of the Interfacial Stress
Algorithms. P.A. Munoz-Rojas, E.L. Cardoso, M. Vaz Distribution on the Material Interfacial Shear Strength
Jr., 50(5), 627-634. Measurement, A. Krishnan, L.R. Xu, 50(2), 283-288.
Perforation of 5083-H116 Aluminum Anuor Plates with TECHNICAL NOTE: Perforation of7075-T651 Aluminum
Ogive-Nose Rods and 7.62 mm APM2 Bullets, T. Armor Plates with 7.62 mm APM2 Bullets, M.J.
Borvik, M.J. Forrestal, T.L. Warren, 50(7), 969-978. Forrestal, T. Borvik, T.L. Warren, 50(8), 1245-1251.
Real-time Detection and Analysis of Damage in High- Temperature Dependent Viscoelastic Properties of Poly¬
performance Concrete under Cyclic Bending, L.-P. Guo, mers Investigated by Small-Scale Dynamic Mechanical
W. Sun. A. Carpinteri, B. Chen, X.-Y. He, 50(3), 413^28. Analysis, Y.C. Lu, D.M. Shinozaki, 50(1), 71-77.
Recent Applications of Moire Interferometry, P.G. liju, B. Tensile and Tensile-Mode Fatigue Testing of Microscale
Han, 50(8), 1129-1147. Specimens in Constant Humidity Environment, T. Tsuchiya,
Relaxation Methods for Measuring Residual Stresses: Tech¬ Y. Yamaji, K. Sugano, O. Tabata, 50(4). 509-516.
niques and Opportunities, G.S. Schajer, 50(8), 1117-1127. Testing of Prestressed Concrete Shell Under Long-Term Load
Residual Stress Determination by Hole Drilling Combined and Unload, J. Radnic, D. Matesan, 50(5), 575-588.
with Optical Methods. D.V. Nelson, 50(2), 145-158. The Dilute Rheology of Swimming Suspensions: A Simple
Residual Stress Detemiination Using Cross-Slitting and Kinetic Model, D. Saintillan, 50(9), doi: 10.1007/s 11340-
Dual-Axis ESPl, G.S. Schajer, Y. An. 50(2), 169-177. 009-9267-0.
Residual Stress State Characterization of Machined The Effect of Limb Kinematics on the Speed of a Legged |
Components by X-ray Diffraction and Multiparameter Robot on Granular Media, C. Li, P.B. Umbanhowar, f
Micromagnetic Methods, J. Epp, T. Hirsch, 50(2), H. Komsuoglu, D.I. Goldman, 50(9), doi: 10.1007/ i
195-204. si 1340-010-9347-1. |
Resonant-Based Identification of the Poisson’s Ratio of The Effects of Fluid Viscosity on the Kinematics and s
j
Orthotropic Materials, T. Lauwagie, K. Lambrinou, H. Material Properties of C. elegans Swimming at Low
Sol, W. Heylen, 50(4), 437^47. Reynolds Number, J. Sznitman, X. Shen, P.K. Purohit, j
1 j
Rock Dynamic Fracture Toughness Tested with Holed- P.E. Arratia, 50(9), doi: 10.1007/s 1340-010-9339-1.
Cracked Flattened Brazilian Discs Diametrically Impact¬ The Evolution of the Field of Biomechanics Through the
ed by SHPB and its Size Effect, Q.Z. Wang, S. Zhang, Lens of Experimental Mechanics, S. Xu, K.J. Grande-
H. P. Xie, 50(7), 877-885. Alien, 50(6), 667-682.
SEM
Exp Mech (2010) 50:1399-1414 1403
The Mechanical Response of Shape Memory Alloys Under Anghileri M.—A Braking System for Tests with a
a Rapid Heating Pulse, S. Vollach, D. Shilo, 50(6), 803- Prescribed Deceleration Pulse 50(7), 915-930.
811. Antoun B.R. —High-rate Characterization of 304L Stainless
Thetmoelastic Stress and Damage Analysis Using Transient Steel at Elevated Temperatures for Recrystallization
Loading, R.K. Fruehmann, J.M. Dulieu-Barton, S. Investigation 50(4), 553-560.
Quinn, 50(7), 1075-1086. Armstrong R.W.—Macro- to Nano-indentation Hardness
Thermomechanical Fatigue of the TiAl Intermetallic Alloy Stress-Strain Aspects of Crystal Elastic/Plastic/Cracking
TNB-V2, T.K. Heckel, H.-J. Christ. 50(6), 717-724. Behaviors 50(4), 545-552.
Using Semi Circular Bending Test to Evaluate Low Arratia RE.—The Effects of Fluid Viscosity on the
Temperature Fracture Resistance for Asphalt Concrete, Kinematics and Material Properties of C elegans
X.-J. Li, M.O. Marasteanu, 50(7), 867-876. Swimming at Low Reynolds Number 50(9),
Vibration Analysis of Perforated Plates Using Time- doi: 10.1007/s 11340-010-9339-1.
Average Digital Speckle Pattern Interferometry, G.G. Asadi A.—Design of Modified Tabs for Testing of
Romero, E.E. Alanis, C.C. Martinez, I .G. Nallim, M.W. Symmetric Composite Thin Walled Tubes Under Pure
Toledo, L. Alvarez, 50(7), 1013-1021. Torsional and Tensile Loadings 50(3). 307-320.
ERRATUM: Vibration Analysis of Perforated Plates Using Azid LA.—Deflection Measurement and Determination of
Time-Average Digital Speckle Pattern Interferometry, G.G. Young’s Modulus of Micro-cantilever Using Phase-shift
Romero, E.E. Alanis, C.C. Martinez, L.G. Nallim, M.W. Shadow Moire Method 50(7), 1051-1060.
Toledo, L. Alvarez, 50(7), 1023. Bae K.—Aerodynamic Performance of a Gliding Swallowtail
Wrinkle-Based Measurement of Elastic Modulus of Nano- Butterfly Wing Model 50(9), doi: 10.1007/s 11340-009-
Scale Thin Pt Film Deposited on Polymeric Substrate: 9330-x.
Verification and Uncertainty Analysis, H.-J. Choi, J.-H. Baglivo L.—A New Perspective in Adhesion Science and
Kim, H.-J. Lee, S.-A. Song, H.-J. Lee, J.-H. Han. M.-W. Technology: Testing Dynamic Failure of Adhesive
Moon, 50(5), 635-641. Junctions for Space Applications 50(8), 1213-1223.
Balandraud X.—Experimental Evidence of Thermal Effects
in Multiphase Ceramic Specimens Subjected to Cyclic
AUTHOR INDEX Loading 50(7), 979-992.
Barthelat F.—A Novel “Subset Splitting” Procedure for
Adrien, J.—In Situ Experiments with X-ray Tomography: Digital Image Correlation on Discontinuous Displace¬
An Attractive Tool for Experimental Mechanics, 50(3), ment Fields 50(3), 353-364.
289-305. Beakou A.—Experimental Analysis of Prepreg Tack 50(5),
Ahn B.—Strain Mapping of AI-Mg Alloy with Multi-scale 599-606.
Grain Structure using Digital Image Correlation Method Benedetti M.—A New Perspective in Adhesion Science
50(1), 117-123. and Technology: Testing Dynamic Failure of Adhe¬
Alanis E.E.—Erratum: Vibration Analysis of Perforated sive Junctions for Space Applications 50(8), 1213-
Plates Using Time-Average Digital Speckle Pattern 1223.
Interferometry 50(7), 1023. Berg H.C.—Following the Behavior of the Flagellar Rotary
Alanis E.E.—Vibration Analysis of Perforated Plates Using Motor Near Zero Load 50(9), doi: 10.1007/s 11340-009-
Time-Average Digital Speckle Pattern Interferometry 9290-1.
50(7), 1013-1021. Betti R.—Measurement of Strain/Load Transfer in Parallel
Alexander G.P.—Hydrodynamic Interactions at Low Reynolds Seven-wire Strands with Neuron Diffraction 50(2), 265-
Number 50(9). doi: 10.1007/s 11340-010-9387-6. 272.
Alvarez L.—Erratum: Vibration Analysis of Perforated Plates Beyerlein I.J.—Detwinning of Pure Zirconium: In-Sitii
Using Time-Average Digital Speckle Pattern Interferome¬ Neutron Diffraction Experiments 50(1), 125-133.
try 50(7), 1023. Beyerlein I.J.—Mini-Tensile Experiments of Clock-Rolled
Alvarez L.—Vibration Analysis of Perforated Plates Using Zirconium Plate 50( I). 65-70.
Time-Average Digital Speckle Pattern Interferometry Bi H.—Nano-Pattem Recognition and Correlation Tech¬
50(7), 1013-1021. nique for Sub-Nanometer In-Plane Displacement Mea¬
Alvin M.A.—A Load-Based Multiple-Partial Unloading surement 50(8), 1169-1181.
Micro-Indentation Technique for Mechanical Property Blakeborough A.—Grandstand Simulator for Dynamic
Evaluation 50(6), 737-743. Human-Structure Interaction Experiments 50(6), 825-834.
An Y.—Residual Stress Determination Using Cross-Slitting Boers S.H.A.—Contactless and Frictionless Pure Bending
and Dual-Axis ESPI 50(2), 169-177. 50(6), 683-693.
1404 Exp Mech (2010) 50:1399-1414
Boiler E.—In Situ Experiments with X-ray Tomography: Cerrone A.—Effect of Compressive Straining on Nano¬
An Attractive Tool for Experimental Mechanics 50(3), indentation Elastic Modulus of Trabecular Bone 50(6),
289-305. 773-781.
Bolmaro R.E.—Determination of Residual Stresses in High Cha K.U.—A Study on Hydraulic Autofrettage of Thick-
Speed Milled Aluminum Alloys Using a Method of Walled Cylinders Incorporating Bauschinger Effect
Indent Pairs 50(2), 205-215. 50(5), 621-626.
Bortoluzzi D.—A New Perspective in Adhesion Science Chaki S.—Microstructure Effect on the Lcr Elastic Wave for
and Technology: Testing Dynamic Failure of Adhesive Welding Residual Stress Measurement 50(2), 179-185.
Junctions for Space Applications 50(8), 1213-1223. Chalivendra V.B.—Experimental Fracture Mechanics of
Borvik T.—Perforation of 5083-H116 Aluminum Armor Functionally Graded Materials: An Overview of Optical
Plates with Ogive-Nose Rods and 7.62 mm APM2 Investigations 50(7), 845-865.
Bullets 50(7), 969-978. Chao Y.J.—Dynamic Separation of Resistance Spot Welded
Borvik T.—TECHNICAL NOTE: Perforation of 7075-T651 Joints: Part 1—Experiments 50(7), 889-900.
Aluminum Armor Plates with 7.62 mm APM2 Bullets Chao Y.J.—Dynamic Separation of Resistance Spot Welded
50(8), 1245-1251. Joints: Part 11—Analysis of Test Results and a Model
Bourse G.—Microstructure Effect on the Lcr Elastic Wave for 50(7), 901-913.
Welding Residual Stress Measurement 50(2), 179-185. Chasiotis 1.—A Hybrid Experimental/Numerical Investiga¬
Bouteille P.—Microstructure Effect on the Lcr Elastic Wave tion of the Response of Multilayered MEMS Devices to
for Welding Residual Stress Measurement 50(2), 179-185. Dynamic Loading 50(4), 527-544.
Boyce B.L.—A Review of Fatigue Behavior in Nanocrystal¬ Chasiotis 1.—Experimental Investigation of Strain Rate
line Metals 50( 1), 5-23. Dependence in Nanocrystalline Pt Films 50(1), 25-35.
Boyce B.L.—A Sequential Tensile Method for Rapid Chen B.—Real-time Detection and Analysis of Damage in
Characterization of Extreme-value Behavior in Micro- High-performance Concrete under Cyclic Bending
fabricated Materials 50(7), 993-997. 50(3), 413-428.
Boyce B.L.—GUEST EDITORIAL: Emerging Methods in Chen J.—Characterization of Irradiation Damage of Ferritic
Mechanical Behavior 50(1), 3. ODS Alloys with Advanced Micro-Sample Methods
Briggs T.M.—Edge Finishing Effects on the Impact Behavior 50(1), 79-84.
of Chopped GFRP Composites 50(3), 321-331. Chen R.—A Semi-Circular Bend Technique for Determining
Brown D.W.—Detwinning of Pure Zirconium: In-Situ Dynamic Fracture Toughness 50(6), 783-791.
Neutron Diffraction Experiments 50(1), 125-133. Chen T.C.—Shrinkage Measurement in Concrete Materials
Bruck H.A.—Measurement of Thrust and Lift Forces using Cure Reference Method 50(7), 999-1012.
Associated With Drag of Compliant Flapping Wing for Chen W.—High-rate Characterization of 304L Stainless
Micro Air Vehicles Using a New Test Stand Design Steel at Elevated Temperatures for Recrystallization
50(6), 725-735. Investigation 50(4), 553-560.
Briigger A.—Measurement of Strain/Load Transfer in Chen X.—Effects of Body Cross-sectional Shape on Flying
Parallel Seven-wire Strands with Neuron Diffraction Snake Aerodynamics 50(9), doi:10.1007/s 11340-010-
50(2), 265-272. 9351-5.
Buffiere J.-Y.—In Situ Experiments with X-ray Tomography: Choi H.—Aerodynamic Performance of a Gliding Swal¬
An Attractive Tool for Experimental Mechanics 50(3), lowtail Butterfly Wing Model 50(9), doi:10.1007/
289-305. S11340-009-9330-X.
Burgess A.—Elastic Deformation of Materials under Distrib¬ Choi H.-J.—Wrinkle-Based Measurement of Elastic Modulus
uted Shear Loading 50(5), 651-659. of Nano-Scale Thin Pt Film Deposited on Polymeric
Cardone F.—Energy Emissions from Failure Phenomena: Substrate: Verification and Uncertainty Analysis 50(5),
Mechanical, Electromagnetic, Nuclear 50(8), 1235-1243 635-641.
Cardoso E.L.—Parameter Identification of Damage Models Christ H.-J.—Fatigue of the Near-Alpha Ti-Alloy Ti6242
Using Genetic Algorithms 50(5), 627-634. 50(4), 483^89.
Carpinteri A.—Energy Emissions from Failure Phenomena: Christ H.-J.—Thermomechanical Fatigue of the TiAl Inter-
Mechanical, Electromagnetic, Nuclear 50(8), 1235-1243. metallic Alloy TNB-V2 50(6), 717-724.
Carpinteri A.—Real-time Detection and Analysis of Damage Chrzan D.C.—Nanomechanical Testing of Gum Metal
in High-performance Concrete under Cyclic Bending 50(1), 37^5.
50(3), 413^28. (^ilingir H.D.—“Equivalent” Electromechanical Coefficient
Castelletti L.-M.L.—A Braking System for Tests with a for IPMC Actuator Design Based on Equivalent
Prescribed Deceleration Pulse 50(7), 915-930. Bimorph Beam Theory 50(8), 1157-1168.
SEM
Exp Mech (2010) 50:1399-1414 1405
Clausen B.—Detwinning of Pure Zirconium: In-Sitii Neutron Dubey M.—Experimental Investigation of Strain Rate
Diffraction Experiments 50(1), 125-133. Dependence in Nanocrystalline Pt Films 50(1), 25-35.
Clausen B.—Measurement of Strain/Load Transfer in Parallel Dubois O.—Experimental Analysis of Prepreg Tack 50(5),
Seven-wire Strands with Neuron Diffraction 50(2), 265- 599-606.
272. Duchemin L.—A Unified Introduction to Fluid Mechanics of
Comer A.—Grandstand Simulator for Dynamic Human- Flying and Swimming at High Reynolds Number 50(9),
Structure Interaction Experiments 50(6), 825-834. doi: 10.1007/s 11340-009-9289-7.
Coret M.—On the Use of NURBS Functions for Displace¬ Dulieu-Barton J.M.—Assessment of Non-Adiabatic Behav¬
ment Derivatives Measurement by Digital Image Corre¬ iour in Thermoelastic Stress Analysis of Small Scale
lation 50(7), 1099-1116. Components 50(4), 449^61.
Corigliano A.—On-Chip Mechanical Characterization Using Dulieu-Barton J.M.—Thermoelastic Stress and Damage
an Electro-thermo-mechanical Actuator 50(6), 695-707. Analysis Using Transient Loading 50(7), 1075-1086.
Cottron M.—In Plane Displacement Formulation for Finite Eberl C.—Mechanical Characterization of Coatings Using
Cracked Plates Under Mode 1 Using Grid Method and Microbeam Bending and Digital Image Correlation
Finite Element Analysis 50(3), 401^12. Techniques 50(1), 85-97.
Crooks R.—EBSD Study of Delamination Fracture in Al-Li El Abdi R.—Damage of Optical Fibers Under Wet Environ¬
Alloy 2090 50(1), 135-143. ments 50(8), 1225-1234.
da Silva L.F.M.—GUEST EDITORIAL: Experimental Elban W.L.—Macro- to Nano-indentation Hardness Stress-
Engineering and Applications 50(5), 561. Strain Aspects of Crystal Elastic/Plastic/Cracking
Dai F.—A Semi-Circular Bend Technique for Determining Behaviors 50(4), 545-552.
Dynamic Fracture Toughness 50(6), 783-791. Eldredge J.D.—A Reconciliation of Viscous and Inviscid
Dalai A.—Load-Deformation Behavior of Nitinol Stents Approaches to Computing Locomotion of Deforming
50(6), 835-843. Bodies 50(9), doi: 10.1007/s 11340-009-9275-0.
de Bilbao E.—Experimental Study of Bending Behaviour of Elguedj T.—On the Use of NURBS Functions for Displace¬
Reinforcements 50(3), 333-351. ment Derivatives Measurement by Digital Image Correla¬
Diaz F.A.—A Novel Experimental Approach for Calculating tion 50(7), 1099-1116.
Stress Intensity Factors from Isochromatic Data 50(2), Elmustafa A. A.—EBSD Study of Delamination Fracture in
273-281. Al-Li Alloy 2090 50(1), 135-143.
Diaz F.V.—Determination of Residual Stresses in High Speed Eloy C.—A Unified Introduction to Fluid Mechanics of
Milled Aluminum Alloys Using a Method of Indent Pairs Flying and Swimming at High Reynolds Number 50(9),
50(2), 205-215. doi: 10.1007/s 11340-009-9289-7.
Doare O.—A Unified Introduction to Fluid Mechanics of Epp J.—Residual Stress State Characterization of Machined
Flying and Swimming at High Reynolds Number 50(9), Components by X-ray Diffraction and Multiparameter
doi: 10.1007/s 11340-009-9289-7. Micromagnetic Methods 50(2), 195-204.
Domack M.—EBSD Study of Delamination Fracture in Al-Li Erzar B.—An Experimental Method to Determine the Tensile
Alloy 2090 50(1), 135-143. Strength ofConcrete at High Rates ofStrain 50(7), 941-955.
Domenella L.—On-Chip Mechanical Characterization Espinosa H.D.—EDITORIAL: Celebrating 50 years of
Using an Electro-thermo-mechanical Actuator 50(6), Experimental Mechanics 50(1), 1-2.
695-707. Espinosa H.D.—Letter from the Editor 50(9), doi: 10.1007/
Dooling P.J.—Elastic Deformation of Materials under si 1340-010-9428-1.
Distributed Shear Loading 50(5), 651-659. Evans K.E. Elastic Deformation of Materials under Dis¬
Dorgan K.M.—Environmental Constraints on the Mechanics tributed Shear Loading 50(5), 651-659.
of Crawling and Burrowing Using Hydrostatic Skeletons Fekete J.R.—Digital Image Correlation Study of Plastic
50(9), doi: 10.1007/s 11340-010-9399-2. Deformation and Fracture in Fully Martensitic Steels
Dual J.—Novel Method for Analyzing Crack Growth in 50(1), 99-110.
Polymeric Microtensile Specimens by In Situ Atomic Feng C.—A Load-Based Multiple-Partial Unloading Micro-
Force Microscopy 50(4), 463-472. Indentation Technique for Mechanical Property Evaluation
Dubey D.K.—Effect of Compressive Straining on Nano¬ 50(6), 737-743.
indentation Elastic Modulus of Trabecular Bone 50(6), Feng R.—Experimentally Evaluating Equilibrium Stress in
773-781. Uniaxial Tests 50(6), 709-716.
Dubey M.—A Hybrid Experimental/Numerical Investigation Forquin P.—An Experimental Method to Determine the
of the Response of Multilayered MEMS Devices to Tensile Strength of Concrete at High Rates of Strain
Dynamic Loading 50(4), 527-544. 50(7), 941-955.
1406 Exp Mech (2010) 50:1399-1414
Forrestal M.J.—Perforation of 5083-Hl 16 Aluminum Armor Guerrero Tovar A.—Fatigue of the Near-Alpha Ti-Alloy
Plates with Ogive-Nose Rods and 7.62 mm APM2 Bullets Ti6242 50(4) 483^89.
50(7), 969-978. Guidobono A.P.M.—Detennination of Residual Stresses in
Forrestal M.J.—TECHNICAL NOTE: Comments on the High Speed Milled Aluminum Alloys Using a Method
Effect of Radial Inertia in the Kolsky Bar Test for an of Indent Pairs 50(2), 205-215.
Incompressible Material 50(8), 1253-1255. Guo L.-P.—Real-time Detection and Analysis of Damage in
Forrestal M.J.—TECHNICAL NOTE: Perforation of 7075- High-perfonnance Concrete under Cyclic Bending 50(3),
T651 Aluminum Armor Plates with 7.62 mm APM2 413-428.
Bullets 50(8), 1245-1251. Gupta S.K.—Measurement of Thrust and Lift Forces
Fruehmann R.K.—Thennoelastic Stress and Damage Anal¬ Associated With Drag of Compliant Flapping Wing for
ysis Using Transient Loading 50(7), 1075-1086. Micro Air Vehicles Using a New Test Stand Design 50
Fujigaki M.—Sampling Moire Method for Accurate Small (6), 725-735.
Deformation Distribution Measurement 50(4), 501-508. Guzman R.—Determination of the Constitutive Relation
Fujimoto T.—An Intelligent Hybrid Measurement Method Parameters of a Metallic Material by Measurement of
for Steady Temperature Field 50(8), 1149-1155. Temperature Increment in Compressive Dynamic Tests
Gan M.—Effect of Compressive Straining on Nanoinden¬ 50(3), 389-397.
tation Elastic Modulus of Trabecular Bone 50(6), 773- Guzman R.—ERRATUM: Detennination of the Constitu¬
781. tive Relation Parameters of a Metallic Material by
Ganesan Y.—A Multi-step Method for In Situ Mechanical Measurement of Temperature Increment in Compressive
Characterization of 1-D Nanostructures Using a Novel Dynamic Tests 50(3), 399.
Micromechanical Device 50(1), 47-54. Hamilton A.R.—Local Strain Concentrations in a Microvas-
Ganguli R.—An Experimental and Numerical Study of cular Network 50(2), 255-263.
Calliphora Wing Structure 50(8), 1183-1197. Han B.—Nano-Pattem Recognition and Correlation Tech¬
Gasser A.—Experimental Study of Bending Behaviour of nique for Sub-Nanometer In-Plane Displacement Mea¬
Reinforcements 50(3), 333-351. surement 50(8), 1169-1181.
Geers M.G.D. Contactless and Frictionless Pure Bending Han B.—Recent Applications of Moire Interferometry 50
50(6), 683-693. (8), 1129-1147.
Ghisleni R.—Characterization of Irradiation Damage of Han J.-H.—Wrinkle-Based Measurement of Elastic Modulus
Ferritic ODS Alloys with Advanced Micro-Sample of Nano-Scale Thin Pt Film Deposited on Polymeric
Methods 50(1), 79-84. Substrate: Verification and Uncertainty Analysis 50(5),
Gianola D.S.—Mechanical Characterization of Coatings 635-641.
Using Microbeam Bending and Digital Image Correla¬ Han S.W.—Electromechanical Characterization of Au
tion Techniques 50(1), 85-97. Thin Films using Micro-tensile Testing 50(5), 643-
Giavotto V.—A Braking System for Tests with a Prescribed 649.
Deceleration Pulse 50(7), 915-930. He X.-Y.—Real-time Detection and Analysis of Damage in
Girini E.F.—Determination of Residual Stresses in High High-performance Concrete under Cyclic Bending 50(3),
Speed Milled Aluminum Alloys Using a Method of 413^28.
Indent Pairs 50(2), 205-215. Heckel T.K—Fatigue of the Near-Alpha Ti-Alloy Ti6242
Goel A.—Experimentally Evaluating Equilibrium Stress in 50(4) 483^89.
Uniaxial Tests 50(6), 709-716. Heckel T.K.—Thennomechanical Fatigue of the TiAl
Goldman D.l.—The Effect of Limb Kinematics on the Speed Intermetallic Alloy TNB-V2 50(6), 717-724.
of a Legged Robot on Granular Media 50(9), doi:10.1007/ Hector Jr. L.G.—Digital Image Correlation Study of Plastic
si 1340-010-9347-1. Deformation and Fracture in Fully Martensitic Steels
Gorb S.—An Experimental and Numerical Study of 50(1), 99-110.
Calliphora Wing Structure 50(8), 1183-1197. Hector, Jr. L.G.—Mode 1 Fracture at Spot Welds in
Gradin P.—A Simplified Treatise of the Scott Bond Testing Dual-Phase Steel: An Application of Reverse Digital
Method 50(6), 745-751. Image Correlation 50(8), 1199-1212.
Grande-Allen K.J.—The Evolution of the Field of Biome¬ Hedan S.—In Plane Displacement Fonnulation for Finite
chanics Through the Lens of Experimental Mechanics Cracked Plates Under Mode 1 Using Grid Method and
50(6), 667-682. Finite Element Analysis 50(3), 401-412.
Grediac M.—Experimental Evidence of Thennal Effects in Helmicki A.—Identification of Cable Forces on Cable-
Multiphase Ceramic Specimens Subjected to Cyclic Stayed Bridges: A Novel Application of the MUSIC
Loading 50(7), 979-992. Algorithm 50(7), 957-968.
SEM
Exp Mech (2010) 50:1399-1414 1407
Hemker K.J.—Mechanical Characterization of Coatings Jones D.C.—High Temperature Nanoindentation of PMR-
Using Microbeam Bending and Digital Image Correla¬ 15 Polyimide 50(4), 491-499.
tion Techniques 50(1), 85-97. Jongerius S.R.—Structural Analysis of a Dragonfly Wing
Heylen W.—Resonant-Based Identification of the Poisson’s 50(9), doi: 10.1007/s 11340-010-9411 -x.
Ratio of Orthotropic Materials 50(4), 437-447. Jonnalagadda K.N.—Experimental Investigation of Strain
Hirsch T.—Residual Stress State Characterization of Ma- Rate Dependence in Nanocrystalline Pt Films 50(1), 25-
ehined Components by X-ray Diffraction and Multipa¬ 35.
rameter Micromagnetic Methods 50(2), 195-204. Ju S.H.—Calculation of Notch H-lntegrals Using Image
Hivet G.—Experimental Study of Bending Behaviour of Correlation Experiments 50(4), 517-525.
Reinforcements 50(3), 333-351. Kang B.S.—A Load-Based Multiple-Partial Unloading
Hoffelner W.—Characterization of Irradiation Damage of Micro-Indentation Technique for Mechanical Property
Ferritic ODS Alloys with Advanced Micro-Sample Evaluation 50(6), 737-743.
Methods 50(1), 79-84. Kang H.-T.—Full Field Strain Measurement of Resistant
Hong S.-G.—Measurement of Mechanical Properties of Thin Spot Welds Using 3D Image Correlation Systems 50(1),
Film by Membrane Deflection Test 50(4), 429^35. 111-116.
Hong S.K.—A Study on Hydraulic Autofrettage of Thick- Kang Y.—Displacement and Strain Measurement by Circular
Walled Cylinders Incorporating Bauschinger Effect and Radial Gratings Moire Method 50(2), 239-244.
50(5), 621-626. Kangas S.—Identification of Cable Forces on Cable-Stayed
Hosoi A.E.—GUEST EDITORIAL: Mechanical Aspects of Bridges: A Novel Application of the MUSIC Algorithm
Biological Locomotion 50(9), doi:10.1007/s 11340-010- 50(7), 957-968.
9429-0. Kanso E.—Locomotory Advantages to Flapping Out of
Hou Z.—Displacement and Strain Measurement by Circular Phase 50(9), doi: 10.1007/s 11340-009-9287-9.
and Radial Gratings Moire Method 50(2), 239-244. Kaschner G.C.—Detwinning of Pure Zirconium: In-Situ
Hubner J.P.—Strain Separation on a Nonplanar Object Using Neutron Diffraction Experiments 50(1), 125-133.
a Luminescent Photoelastic Coating 50(3), 365-375. Kaschner G.C.—Mini-Tensile Experiments of Clock-Rolled
Huh Y.-H.—Measurement of Mechanical Properties of Thin Zirconium Plate 50( 1), 65-70.
Film by Membrane Deflection Test 50(4), 429-435. Kawakami Y.—Shift in Optimal Joint Angle of the Ankle
Hunt V.—Identification of Cable Forces on Cable-Stayed Dorsiflexors Following Eccentric Exercise 50(5), 661-
Bridges: A Novel Application of the MUSIC Algorithm 666.
50(7), 957-968. Kee C.-D.—Measurement of Mechanical Properties of
Hwang K.T.—Fracture Evaluation in a Ceramic Spherical Thin Film by Membrane Deflection Test 50(4), 429-
Dome Port Under Shock Impact 50(5), 589-597. 435.
Hyun S.M.—Electromechanical Characterization of Au Kim D.-I.—Measurement of Mechanical Properties of Thin
Thin Films using Micro-tensile Testing 50(5), 643-649. Film by Membrane Deflection Test 50(4), 429-435.
IQu P.G.—Recent Applications of Moire Interferometry Kim D.-J.—Measurement of Mechanical Properties of Thin
50(8), 1129-1147. Film by Membrane Deflection Test 50(4), 429-435.
IQu P.G.—Shrinkage Measurement in Concrete Materials Kim J.H.—Electromechanical Characterization of Au Thin
using Cure Reference Method 50(7), 999-1012. Films using Micro-tensile Testing 50(5), 643-649.
Isaksson P.—A Simplified Treatise of the Scott Bond Kim J.H.—A Study on Hydraulic Autofrettage of Thick-
Testing Method 50(6), 745-751. Walled Cylinders Incorporating Bauschinger Effect
Jahani K.—Identification of Damping and Dynamic 50(5), 621-626.
Young’s Modulus of a Structural Adhesive Using Radial Kim J.H.—Fracture Evaluation in a Ceramic Spherical Dome
Basis Function Neural Networks and Modal Data 50(5), Port Under Shock Impact 50(5), 589-597.
607-619. Kim J.-H.—Wrinkle-Based Measurement of Elastic Modulus
Jang C.—Nano-Pattem Recognition and Correlation Tech¬ of Nano-Scale Thin Pt Film Deposited on Polymeric
nique for Sub-Nanometer In-Plane Displacement Mea¬ Substrate: Verification and Uncertainty Analysis 50(5),
surement 50(8), 1169-1181. 635-641.
Jeon W.-P.—Aerodynamic Performance of a Gliding Kim S.-J.—Shift in Optimal Joint Angle of the Ankle
Swallowtail Butterfly Wing Model 50(9), doi:10.1007/ Dorsiflexors Following Eccentric Exercise 50(5), 661-
S11340-009-9330-X. 666.
Johnson T.P.M.—Comparison of Low Impedance Split- Kimberley J.—A Hybrid Experimental/Numerical Investiga¬
Hopkinson Pressure Bar Techniques in the Characteriza¬ tion of the Response of Multilayered MEMS Devices to
tion of Polyurea 50(7), 931-940. Dynamic Loading 50(4), 527-544.
3^
1408 Exp Mech (2010) 50:1399-1414
Komsuoglu H.—The Effect of Limb Kinematics on the Lee H.-D.—Shift in Optimal Joint Angle of the Ankle
Speed of a Legged Robot on Granular Media 50(9), Dorsiflexors Following Eccentric Exercise 50(5), 661-
doi: 10.1007/s 11340-010-9347-1. 666.
Kouznetsova V.G.—Contactless and Frictionless Pure Bend¬ Lee H.J.—Electromechanical Characterization of Au Thin
ing 50(6), 683-693. Films using Micro-tensile Testing 50(5), 643-649.
Krehbiel J.D.—Digital Image Correlation for Improved Lee H.-J.—Wrinkle-Based Measurement of Elastic Modulus
Detection of Basal Cell Carcinoma 50(6), 813-824. of Nano-Scale Thin Pt Film Deposited on Polymeric
Krishnan A.—TECHNICAL NOTE: Effect of the Interfacial Substrate: Verification and Uncertainty Analysis 50(5),
Stress Distribution on the Material Interfacial Shear 635-641.
Strength Measurement 50(2), 283-288. Lee H.-J.—Wrinkle-Based Measurement of Elastic Modulus
Kuramoto S.—Nanomechanical Testing of Gum Metal 50( 1), of Nano-Scale Thin Pt Film Deposited on Polymeric
37-45. Substrate: Verification and Uncertainty Analysis 50(5),
Kurihara T.—Shift in Optimal Joint Angle of the Ankle 635-641.
Dorsiflexors Following Eccentric Exercise 50(5), 661-666. Lee H.-M.—Measurement of Mechanical Properties of Thin
Kwon S.G.—Fracture Evaluation in a Ceramic Spherical Film by Membrane Deflection Test 50(4), 429^35.
Dome Port Under Shock Impact 50(5), 589-597. Lee J.H.—Fracture Evaluation in a Ceramic Spherical Dome
LaBarbera M.—Effects of Body Cross-sectional Shape on Port Under Shock Impact 50(5), 589-597.
Flying Snake Aerodynamics 50(9), doi: 10.1007/s 11340- Lee J.-R.—Development of an Optical System for Simulta¬
010-9351-5. neous Ultrasonic Propagation Imaging at Multi-points
Lacidogna G.—Energy Emissions from Failure Phenome¬ 50(7), 1041-1049.
na: Mechanical, Electromagnetic, Nuclear 50(8), 1235- Lee S.J.—Electromechanical Characterization of Au Thin
1243. Films using Micro-tensile Testing 50(5), 643-649.
Lambrinou K.—Resonant-Based Identification of the Pois¬ Lee Y.S.—A Study on Hydraulic Autoirettage of Thick-Walled
son’s Ratio of Orthotropic Materials 50(4), 437-447. Cylinders Incorporating Bauschinger Effect 50(5), 62.
Lambros J.—A Hybrid Experimental/Numerical Investiga¬ Lee YS.—Fracture Evaluation in a Ceramic Spherical Dome
tion of the Response of Multilayered MEMS Devices to Port Under Shock Impact 50(5), 589-597.
Dynamic Loading 50(4), 527-544. Lee Y.-S.—Shift in Optimal Joint Angle of the Ankle
Lambros J.—Digital Image Correlation for Improved Dorsiflexors Following Eccentric Exercise 50(5), 661-666.
Detection of Basal Cell Carcinoma 50(6), 813-824. Lehmann F.-O.—An Experimental and Numerical Study of
Lambros J.—Experimental Investigation of Strain Rate Calliphora Wing Structure 50(8), 1183-1197.
Dependence in Nanocrystalline Pt Films 50(1), 25-35. Lei Z.—Full Field Strain Measurement of Resistant Spot Welds
Lammering R.—Observation of Piezoelectrically Induced Using 3D Image Correlation Systems 50( 1), 111-116.
Lamb Wave Propagation in Thin Plates by Use of Lentink D.—Structural Analysis of a Dragonfly Wing 50(9),
Speckle Interferometry 50(3), 377-387. doi: 10.1007/s 11340-010-9411 -x.
Lang U.—Novel Method for Analyzing Crack Growth in Li C.—The Effect of Limb Kinematics on the Speed of a
Polymeric Microtensile Specimens by In Situ Atomic Legged Robot on Granular Media 50(9), doi: 10.1007/
Force Microscopy 50(4), 463-472. si 1340-010-9347-1.
Langfelder G.—On-Chip Mechanical Characterization Using Li Q.—Assessment of Non-Adiabatic Behaviour in Thermo¬
an Electro-thermo-mechanical Actuator 50(6), 695-707. elastic Stress Analysis of Small Scale Components 50(4),
Lauga E.—GUEST EDITORIAL: Mechanical Aspects of 449^61.
Biological Locomotion 50(9), doi: 10.1007/s 11340-010- Li X.—Displacement and Strain Measurement by Circular
9429-0. and Radial Gratings Moire Method 50(2), 239-244.
Lauwagie T.—Resonant-Based Identification of the Poisson’s Li X.—Displacement and Strain Measurement by Circular
Ratio of Orthotropic Materials 50(4), 437-447. and Radial Gratings Moire Method 50(2), 239-244.
Le Cam J.-B.—Experimental Analysis of Prepreg Tack 50(5), Li X.C.—GUEST EDITORIAL: Emerging Methods in
599-606. Mechanical Behavior 50(1), 3.
Le Maout N.—Classical and Roll-hemming Processes of Pre¬ Li X.-J.—Using Semi Circular Bending Test to Evaluate
strained Metallic Sheets 50(7), 1087-1097. Low Temperature Fracture Resistance for Asphalt
Lee B.—Aerodynamic Performance of a Gliding Swallowtail Concrete 50(7), 867-876.
Butterfly Wing Model 50(9), doi: 10.1007/s 11340-009- Liechti K.M.—Bulge Testing Transparent Thin Films with
9330-x. Moire Deflectometry 50(2), 217-225.
Lee D.-Y.—Shift in Optimal Joint Angle of the Ankle Lilliodden E.T.—GUEST EDITORIAL: Emerging Methods
Dorsiflexors Following Eccentric Exercise 50(5), 661-666. in Mechanical Behavior 50(1), 3.
SEM