Table Of Content

INDEX TO EXPERIMENTAL MECHANICS Volume 34,1994 TITLE INDEX Instrumented Fastener for Shear Force Measurements in Joints. An — J.W. Sawyer and T.M. Rothgeb, 16-22 (Mar.). Laser-generated Rayleigh Waves in Graphite/Epoxy Composites — Acoustic Emissions from Reinforced Concrete — A.K. Maji and R. H. Park and C. Calder, 148-154 (June). Sahu, 379-388 (Dec.). Microradiographic Strain Measurement Using Markets — E.H. Active Damping of a Stiff Beam-like Stiucture with Acceleration Jordan, S.C.U. Ochi, D. Pease and J.I. Budnick, 155-165 (June). Feedback — A. Preumont and N. Lx>ix, 23-26 (Mar.). Modal Verification of a Destructive Test of a Damaged Prestressed Applications of Reciprocity, Electronic Holography and Shearogra- Concrete Beam — K. Allbtight, K. Parekh, R. MUler and T.M. phy in Statics — H.O. Saldner and N.-E. Molin, 334-339 (Dec.). Baseheart, 389-396 (Dec.). Biaxial Loading Response of Powder Aluminum at Elevated Tem¬ Moire Analysis of Thick Composites with Embedded Optical perature, The — T.O. Woods and D.G. Berghaus, 249-255 Rbers — J.S. Sirkis and H. Singh, 300-305 (Dec.). (Sept.). Monitoring Short Fatigue Cracks with Miniature Strain Gages — Bridge-condition Assessment by Modal Flexibility — T. Toksoy Y. Verreman, 208-216 (Sept.). and A.E. Aktan, 271-278 (Sept.). New EHrect Biaxial Testing Machine for Anisotropic Materials. A CTOA and Crack-tunneling Measurements in Thin Sheet 2024-T3 — J.P. Boehler, S. Demmerie and S. Koss, 1-9 (Mar.). Aluminum Alloy — D.S. Dawicke and M. A. Sutton, 357-368 Novel Techniques in Reflection Moire — A. Asundi, 230-242 (Dec.). (Sept.). Dynamic-compression Fatigue of Hot-pressed Silicon-nitride — V. Parametric Investigation of an Automated NDE Pavement Inspec¬ Sharma, S. Nemat-Nasser and K.S. Vecchio, 315-323 (Dec.). tion System — S.A. Guralnick, E.S. Suen and G. Jin, 256-261 Dynamic Fracture Toughness Determined from Load-point Dis¬ (Sept.). placement — C. Bacon, J. Farm and J.L. Lataillade, 217-223 Penetration Force Measurement of Thin Plates by Laser Doppler (Sept.). Anemometry — E. Wu, H.-J. Sheen, Y.-C. Chen and L.-C. Elevated Temperature Testing with the Torsional Split Hopkinson Chang, 93-99 (June). Bar — A. Gilat and X. Wu, 166-170 (June). Real-time Shearography for Measuring Time-dependent Displace¬ Embedded Piezoelectric Sensors to Measure Peel Stresses in Adhe¬ ment Derivatives — Y. Y. Hung, S. Tang and J.D. Hovanesian. sive Joints — G.L. Anderson, R.C. Robertson, B. L. Peterson 89-92 (Mar.). and D.A. Dillard, 194-201 (Sept.). Residual-stress Measurement in Orthotropic Materials Using the Experimental and Analytical Comparisons of Failures in Thermo¬ Hole-drilling Method — G.S. Schajer and L. Yang, 324-333 plastic Composite Laminates — R.J. Martin, R.S. Sandhu and (Dec.). A.N. Palazotto, 53-65 (Mar.). Residual-stress Determination by Single-axis Holographic Interfer¬ Experimental and Analytical Investigation of the Modified ometry and Hole E)rilling — Pari I: Theory — A. Makino and D. Wyoming Shear-test Fixture — E.M. Odom, D.M. Blackketter Nelson, 66-78 (Mar.). and B.R. Suratno, 10-15 (Mar.). Residual-stress Determination by Single-axis Holographic Interfer¬ Fourier-transform Moire Method with Consideration of Misalign¬ ometry and Hole Drilling — Part 11: Experiments — D. Nelson. ment — Y. Morimoto, Y. Seguchi and K. Daifuku, 349-356 E. Fuchs, A. Makino and D. Williams, 79-88 (Mar.). (Dec.). Residual Stress Analysis of Joints of Ceramics and Metals — H. Friction Measurement at Low Sliding Speed Using a Servohy- Koguchi, T. Hino, Y. Kikuchi and T. Yada, 116-124 (June). draulic Tension-torsion Machine — U. Olofsson and M. Holm¬ Residual Surface Stresses in Laminated Cross-ply Fiber-epoxy gren, 202-207 (Sept.). Composite Materials — H.E. Gascoigne, 27-36 (Mar.). From Field Vibration Data to Laboratory Simulation - 1994 Mur¬ Shear Gage: For Reliable Shear Modulus Measurements of Com¬ ray Lecture — K.G. McConnell, 181-193 (Sept.). posite Materials, The — P.G. Ifju, 369-378 (Dec.). Genetic Algorithm for Determining the Location of Structural Im¬ Shear-lag Effect in CFRP I-Beams Under Three-point Bending — pacts, A — J.F. Doyle, 37-44 (Mar.). H. Takayanagi, K. Kemmochi, H. Sembokuya, M. Hojo and H. Historical Review of Moire Interferometry, A — C.A. Walker, 281- Maid, 100-107 (June). 299 (Dec.). Stress Concentrations Associated with Circular Holes in Cylinders Image-processing System for Circular-grid Analysis in Sheet-metal and Bone in Torsion — M. Mahinfalah and M. Harms, 224-229 Forming —R.-S. Lee and Q.-C. Hsu, 108-115 (June). (Sept.). Impact-induced Flexural Waves in a Timoshenko Beam — Shearo- Study of Stationary Crack-tip Deformation Fields in Thin Sheets by graphic Detection and Analysis — V.P.W. Shim, S.L. Toh and Computer Vision, A — G. Han, M.A. Sutton and Y.-J. Chao, S.E. (^ah, 340-348 (Dec.). 125-140 (June). In-plane Shear Testing of Graphite-woven Fabric Composites — H. Thermal Bending Associated with Heat Conduction by Holographic Ho, M.Y. Tsai, J. Morton and G.L. Farley, 45-52 (Mar.). Interferometry — C.-S. Jou and R.J. Farris, 306-314 (Dec.). Influence of Errors in an Interferogram Analysis, The — P.M. Two Holographic Blind-hole Methods for Measuring Residual MacKenzie, 243-248 (Sept.). Stresses — S.-T. Lin, C.-T. Hsieh and C.-P. Hu, 141-147 (June). Influence of Fiber Inclination and Interfacial Conditions on Frac¬ Two-dimensional Electronic-speckle-panem Interferometry and ture in Composite Materials — S.K. Khanna and A. Shukla, 171- Concrete-fracture Processes — Z. Jia and S.P. Shah. 262-270 180 (June). (Sept.). Experimental Mechanics • 397 AUTHOR INDEX Hovanesian, J.D, — Real-time Shearography for Measuring Time- dependent Displacement Derivatives, 89-92 (Mar.). Hsieh, C.-T. — Two Holographic Blind-hole Methods for Measuring Residual Stresses, 141-147 (June). Aktan, A.E. — Bridge-condition Assessment by Modal Rexibility, Hsu, Q.-C. — Image-processing System for Circular-grid Analysis 271-278 (Sept.). in Sheet-metal Fonning, 108-115 (June). Allbright, K. — Modal Verification of a Destructive Test of a Dam¬ Hu, C.-P. — Two Holographic Blind-hole Methods for Measuring aged Pre.stressed Concrete Beam, 389-396 (Dec.). Residual Stresses, 141-147 (June). Anderson, G.L. — Embedded Piezoelectric Sensors to Measure Peel Hung, Y. Y. — Real-time Shearography for Measuring Time- Stres.ses in Adhesive Joints, 194-201 (Sept.). dependent Displacement Derivatives, 89-92 (Mar.). Asundi, A. — Novel Techniques in Reflection Moir6,230-242 Ifju,P.G. — The Shear Gage: For Reliable Shear Modulus Measure¬ (Sept). ments of Composite Materials, 369-378 (Dec.). Bacon, C. — Dynamic Fracture Toughness Determined from Load- Jia, Z. — Two-dimensional Electronic-speckle-pattem Interferome¬ point Displacement, 217-223 (Sept.). try and Concrete-fracture Processes, 262-270 (Sept.). Baseheart, T.M. — Modal Verification of a Destructive Test of a Jin, G. — Parametric Investigation of an Automated NDE Pavement Damaged Prestressed Concrete Beam, 389-396 (Dec.). Inspection System, 256-261 (Sept.). Berghaus, D.G. — The Biaxial Loading Response of Powder Alu¬ Jordan, E.H. — Microiadiographic Strain Measurement Using minum at Elevated Temperature, 249-255 (Sept.). Markers, 155-165 (June). Blackketter, D.M. — Experimental and Analytical Investigation of Jou, C.-S. — Thermal Bending Associated with Heat Conduction by the Modified Wyoming Shear Test Rxture, 10-15 (Mar.). Holographic Interferometry, 306-314 (Dec.). Boehler, J.P. — A New Direct Biaxial Testing Machine for Kemmochi, K. — Shear-lag Effect in CFRP I-Beams Under Three- Anisotropic Materials, 1-9 (Mar.). point Bending, 100-107 (June). Budnick, J.I. — Microiadiographic Strain Measurement Using Khanna, S.K. — Influence of Fiber Inclination and Interfacial Con¬ Markers, 155-165 (June). ditions on Fracture in Composite Materials, 171-180 (June). Calder, C. — Laser-generated Rayleigh Waves in Graphite/Epoxy Kikuchi, Y. — Residual Stress Analysis of Joints of Ceramics and Composites, 148-154 (June). Metals, 116-124 (June). Chang, L.-C. — Penetration Force Measurement of Thin Plates by Koguchi, H. — Residual Stress Analysis of Joints of Ceramics and Laser Doppler Anemometry, 93-99 (June). Metals, 116-124 (June). Chao, Y.-J. — A Study of Stationary Crack-tip Deformation Fields Koss, S. — A New Direct Biaxial Testing Machine for Anisotropic in Thin Sheets by Computer Vision, 125-140 (June). Materials, 1-9 (Mar.). Chen, Y.-C. — Penetration Force Measurement of Thin Plates by Lataillade, J.L. — Dynamic Fracture Toughness Determined from Laser Doppler Anemometry, 93-99 (June). Load-point Displacement, 217-223 (Sept.). Daifiiku, K. — Fourier-transform Moire Method with Consideration Lee, R.-S. — Image-processing System for Circular-grid Analysis in of Misalignment, 349-356 (Dec.). Sheet-metal Forming, 108-115 (June). Dawicke, D.S. — CTOA and Crack-tunneling Measurements in Thin Lin, S.-T. — Two Holographic Blind-hole Methods for Measuring Sheet 2024-T3 Aluminum Alloy, 357-368 (Dec.). Residual Stresses, 141-147 (June). Denunerie, S. — A New Direct Biaxial Testing Machine for Loix, N. — Active Damping of a Stiff Beam-like Structure with Ac¬ Anisotropic Materials, 1-9 (Mar.). celeration Feedback, 23-26 (Mar.). Dillard, D.A. — Embedded Piezoelectric Sensors to Measure Peel MacKenzie, P.M. — The Influence of Errors in an Interferogram Stresses in Adhesive Joints, 194-201 (Sept.). Analysis, 243-248 (Sept.). Doyle, J.F. — A Genetic Algorithm for Determining the Locations of Mahinfalah, M. — Stress Concentrations Associated with Circular Structural Impacts, 37-44 (Mar,), Holes in Cylinders and Bone in Torsion, 224-229 (Sept.). Farley, G.L. — In-plane Shear Testing of Graphite-woven Fabric Maji, A.K. — Acoustic Emissions from Reinforced Concrete, 379- Composites, 45-52 (Mar.). 388 (Dec.). Farm, J. — Dynamic Fracture Toughness Determined from Load- Maid, H. — Shear-lag Effect in CFRP I-Beams Under Three-point point Displacement, 217-223 (Sept,), Bending, 100-107 (June). Farris, R.J. — Thermal Bending Associated with Heat Conduction Makino, A. — Residual-stress Determination by Single-axis Holo¬ by Holographic Interferometry, 306-314 (Dec.). graphic Interferometry and Hole Drilling — Part I: Theory, 66-78 Fuchs, E. — Residual-stress Determination by Single-axis Holo¬ (Mar.). graphic Interferometry and Hole Drilling — Part II; Experiments, Makino, A. — Residual-stress Determination by Single-axis Holo¬ 79-88 (Mar.). graphic Interferomerry and Hole Drilling — Part II: Experiments, Gascoigne, H.E. — Residual Surface Stresses in Laminated Cross- 79-88 (Mar.). ply Fiber-epoxy Composite Materials, 27-36 (Mar.). Martin, R.J. — Experimental and Analytical Comparisons of Fail¬ Gilat, A. — Elevated Temperature Testing with the Torsional Split ures in Thermoplastic Composite Laminates, 53-65 (Mar.). Hopkinson Bar, 166-170 (June). McConnell, K.G. — From Field Vibration Data to Laboratory Simu¬ Guralnick, S.A. — Parametric Investigation of an Automated NDE lation - 1994 Murray Lecture, 181-193 (Sept.). Pavement Inspection System, 256-261 (Sept.). Miller, R. — Modal Verification of a Destructive Test of a Damaged Han, G. — A Study of Stationary Crack-tip Deformation Fields in Prestressed Concrete Beam, 389-396 (Dec.). Thin Sheets by Computer Vision, 125-140 (June). Moiin, N.-E, — Applications of Reciprocity, Electronic Holography Harms, M. — Stress Concentrations Associated with Circular Holes and Shearography in Statics, 334-339 (Dec.). in Cylinders and Bone in Torsion, 224-229 (Sept.). Morimoto, Y. — Fourier-transform Moire Method with Considera¬ Hino, T. — Residual Stress Analysis of Joints of Ceramics and Met¬ tion of Misalignment, 349-356 (Dec.). als, 116-124 (June). Morton, J. — In-plane Shear Testing of Grsqthite-woven Fabric Ho, H. — In-plane Shear Testing of Graphite-woven Fabric Compos¬ Composites, 45-52 (Mar.). ites, 45-52 (Mar.). Nelson, D. — Residual-stress Determination by Single-axis Holographic Hojo, M. — Shear-lag Effect in CFRP I-Beams Under Three-point Interferomary and Hole Drilling — Part I: Theory, 66-78 (Mar.). Bending, 100-107 (June). Nelson, D. — Residual-stress Determination by Single-axis Holo¬ Holmgren, M. — Friction Measurement at Low Sliding Speed Using graphic Interferometry and Hole Drilling — Part II: Experiments, a Servohydraulic Tension-torsion Machine, 202-207 (Sept.). 79-88 (Mar.). 398 • December 1994 Nemat-Nasser, S. — Dynamic-compression Fatigue of Hot-pressed Toksoy, T. — Bridge-condition Assessment by Modal RexibUity, Silicon-nitride, 315-323 (Dec.). 271-278 (Sept.). Ochi, S.C.U. — Microradiographic Strain Measurement Using Tsai, M. Y. — In-I’lane Shear Testing of Graphite-woven Fabric Markers, 155-165 (June). Composites, 45-52 (Mar.). Odom, E.M, — Experimental and Analytical Investigation of the Vecchio, K.S. — Dynamic-compression Fatigue of Hot-pressed Modified Wyoming Shear-test Rxture, 10-15 (Mar ). Silicon-nitride, 315-323 (Dec.). Olofsson, U. — Friction Measurement at Low Sliding Speed Using a Verreman, Y. — Monitoring Short Fatigue Cracks with Miniature Servohydraulic Tension-torsion Machine, 202-207 (Sept.). Strain Gages, 208-216 (Sept.). Palazotto, A.N. — Experimental and Analytical Comparisons of Walker, C.A. — A Historical Review of Moire Interferometry, 281- Failures in Thermoplastic Composite Laminates, 53-65 (Mar.). 299 (Dec.). Parekh, K. — Modal Verification of a Destructive Test of a Dam¬ Williams, D. — Residual-stress Determination by Single-axis Ffolo- aged Prestressed Concrete Beam, 389-396 (Dec.). graphic Interferometry and Hole Drilling — Part II; Experiments, Park, H. — Laser-generated Rayleigh Waves in Graphite/Epoxy 79-88 (Mar.). Composites, 148-154 (June). Woods, T.O. — The Biaxial Loading Response of Powder Alu¬ Pease, D. — Microradiographic Strain Measurement Using Markers, minum at Elevated Temperature, 249-255 (Sept.). 155-165 (June). Wu, El. — Penetration Force Measurement of Thin Rates by La.ser Peterson, B. L. — Embedded Piezoelectric Sensors to Measure Peel Doppler Anemometry, 93-99 (June). Stresses in Adhesive Joints, 194-201 (Sept.). Wu, X. — Elevated Temperature Testing with the Torsional Split Preumont, A. — Active Damping of a Stiff Beam-like Structure with Hopkinson Bar, 166-170 (June). Acceleration Feedback, 23-26 (Mar.). Yada, T. — Residual Stress Analysis of Joints of Ceramics and Met¬ Quah, S.E. — Impact-induced Flexural Waves in a Timoshenko als, 116-124 (June). Beam — Shearographic Detection and Analysis, 340-348 (Dec.). Yang, L. — Residual Stress Measurement in Orthotropic Materials Robertson, R.C. — Embedded Piezoelectric Sensors to Measure Using the Hole-drilling Method, 324-333 (Dec.). Peel Stresses in Adhesive Joints, 194-201 (Sept.). Rothgeb, T.M. — An Instrumented Fastener for Shear Force Mea¬ surements in Joints, 16-22 (Mar.). Sahu, R. — Acoustic Emissions from Reinforced Concrete, 379-388 (Dec.). Saldner, H.O. — Applications of Reciprocity, Electronic Hologra¬ phy and Shearography in Statics, 334-339 (Dec.). Sandhu, R.S. — Experimental and Analytical Comparisons of Fail¬ ures in Thermoplastic Composite Laminates, 53-65 (Mar.). Sawyer, J. W. — An Instrumented Fastener for Shear Force Mea¬ surements in Joints, 16-22 (Mar.). Schajer, G.S. — Residual-stress Measurement in Orthotropic Mate¬ rials Using the Hole-drilling Method. 324-333 (Dec.). Seguchi, Y. — Fourier-transform Moire Method with Consideration of Misalignment, 349-356 (Dec.). Serobokuya, H. — Shear-lag Effect in CFRP I-Beams Under Three- point Bending, 100-107 (June). Shab, S.P. — Two-dimensional Electronic-speckle-pattem Interfer¬ ometry and Concrete-fracture Processes, 262-270 (Sept.). Sharma, V. — Dynamic-compression Fatigue of Hot-pressed Silicon-nitride, 315-323 (Dec.). Sheen, H.-J. — Penetration Force Measurement of Thin Plates by Laser Doppler Anemometry, 93-99 (June). Shim, V.P.W. — Impact-induced Flexural Waves in a Timoshenko Beam — Shearographic Detection and Analysis, 340-348 (Dec.). Shukla, A. — Influence of Fiber Inclination and Interfacial Condi¬ tions on Fracture in Composite Materials, 171-180 (June). Singh, H. — Moire Analysis of Thick Composites with Embedded Optical Bbers, 300-305 (Dec.). Sirkis, J.S. — Moire Analysis of Thick Composites with Embedded Optical Fibers, 300-305 (Dec.). Suen, E.S. — Parametric Investigation of an Automated NDE Pave¬ ment Inspection System, 256-261 (Sept.). Suratno, B.R. — Experimental and Analytical Investigation of the Modified Wyoming Shear-test Fixture, 10-15 (Mar.). Sutton, M.A. — CTOA and Crack-tunneling Measurements in Thin Sheet 2024-T3 Aluminum Alloy, 357-368 (Dec.). Sutton, M.A. — A Study of Stationary Crack-tip Deformation Fields in Thin Sheets by Computer Vision, 125-140 (June). Takayanagi, H. — Shear-lag Effect in CFRP I-Beams Under Three- point Bending, 100-107 (June). Tang, S. — Real-time Shearography for Measuring Time-dependent Displacement Derivatives, 89-92 (Mar.). Toh, S.L. — Impact-induced Hexural Waves in a Timoshenko Beam — Shearographic Detection and Analysis, 340-348 (Dec.). Experimontal Mechanics • 399 1994 Reviewers for Experimental Mechanics M. G. AbdaDah Hercules Materials Company P. IQu, University of Florida W. Prosser, NASA Langley Research Center I. Allison University of Suirey D. J. Inman, Virginia Polytechnic Institute & K.T. Ramesh, Johns Hopkins University A. Asiindi, University of Hong Kong State University M. Ramulu, University of Washington T.-H. Back, Kunsan National University S.K. Iskander, Oak Ridge National K. Ravi-Chandar, University of Houston T.N. Baker, University of Strathclyde Laboratory Z. Razzaq, Old Dominion LTniversity W.E. Baker, The University of New Mexico M. Jenkins, University of Washington T.G. Richard, University of Wisconsin D. Barker, University of Maryland S. Johnson, NASA Langley Research Center S.A. Rizzi, Langley Research Center H. Baruh, Rutgers University E. Jordan, University of Connecticut G. Romeo, Politecnico de Torino N. K. Batra, Naval Research Laboratory M. Kabiri, Bradley LTniversity A. J. Rosakis, California Institute of P. Beaumont, Cambridge University B. Kaiser, Darmstadt Institute filr Tedinology D.G. Berghaus Georgia Institute Technology Werkstoffkunde H. P. Rossmanith, Technical University, W. Bradley, Texas A&M University B. Kang, West Virginia University Vienna S.B. Brown, Massachusetts Institute of V. Kenner, The Ohio State University R.E. Rowlands, University of Wisconsin Technology S. K. Khanna, University of Missouri-Rolla G. Roy, Canmet/MTL H.A. Brack. Idaho National Engineering J. Kim, University of Cincinnati D. W. Ruck, Air Force Institute of Technology Laboratory V. K. Kinra, Texas A&M University C Ruiz, University of Oxfwd P. Bryanston-Cross, University of Warwick A.S. Kobayashi, University of Washington R. Ryall, Aeronautical Research Laboratory H.R. Busby, The Ohio State University T. Kreis, BIAS, Bremen M.R. Sajan, The University of Hong Kong C. A. Calder, Oregon State University P. Kurath, University of Illinois B. Sandor, University of Wi.sconsin R. A. Canfield, Air Force Institute of R. Lakes, University of Iowa J. Sanford, University of Maryland Technology E. Lara-Curzio, Oak Ridge National J.W. Sawyer, NASA Langley Research Center J. F. Cardenas-Garcia, Texas Technological Laboratory G. Schajer, University of British Columbia University N. Laws, University of Pittsburgh J.K. SchueUer, LTniversity of Florida Y.-J. Chao, University of South Carolina J.H. Lee, University of Alaska I. Schwartz, Boart International S. K. Chaturvedi, The Ohio State University A.C. Lee, General Motors Corporation C. A. Sciammarella, Illinois Institute of F. -P. Chiang, State University U New York G. Lesieutre, Pennsylvania State University Technology R. J. Clifion, Brown University J.B. Ligon, Michigan Technological G. R. Seeley, Valparaiso University G. L. Cloud, Michigan State University University D. Semenski, University of Zagreb S. Collicott, Purdue University P.A. Lloyd, DRA Famborough P.J. Sevenhuljsen, National Aerospace H. Couque, Southwest Research Institute O. J. Lokberg, The Norwegian Institute of Laboratory J. W. Dally, University of Maryland Technology H. M. Shang, National University of Singapore A. N. Danial, Purdue University J. Lu, CETIM W.N. Sharpe, Jr., Johns Hopkins University I. Daniel, Northwestern University J. S. Lyons, University of South Carolina W.M. Shay, Lawrence Livermore Laboratory B. Dattagura, Indian Institute of Science P. MacKenzie, University of Strathclyde J. M.M. Silva, Instituto Superior Tecnico P. Davies, Centre de Brest D.B. Marshall, Rockwell International S. K. Sinha, General Electric Company D. S. Dawicke, Analytical Services and Science Center J. S. Sirkis, University of Maryland Materials, Inc. M.T. Martin, Purdue University S. Smith, Battelle X. Deng, University of South Carolina D.R. Matthys, Marquette University E. W. Smith, Massey University P.S. Dubbelday, Naval Research Laboratory K. G. McConnell, Iowa State University K. A. Stetson, Fiber Optic Technology T. G. Ebbott, The Goodyear Tire and Rubber A. McDonach, University of Strathclyde K.K. Stevens, Kent Consultants. Inc. Company P.C. McKeighan, Southwest Research G. Subranunian, Indian Institute of K. Egawa, Shibuya, Tokyo Institute Technology, Madras J. S. Epstein, Idaho National Engineering J. McKelvie, University of Strathclyde M.A. Sutton, University of South Carolina Laboratory I. Miskioglu, Michigan Technological M. Takashi, Aoyama Gaukin University H. Espinosa, Purdue University University B. S. Tang, Wyle Laboratories T.N. Farris, Purdue University Y. Morimoto, Osaka University K. Tarhini, Valparaiso University J. Ferguson, University of Strathclyde D.H. Morris, Virginia Polytechnic Institute M. Taya, University of Washington M.T. Flaman, Ontario Hydro & State University R.B. Thompson, NASA Ames Research W.-C. Fok, Nanyang Technological University J. D. Muench, Naval Underwater Warfare Laboratcay C. Forno, NPL Center J.C. Thompson, University of Waterloo T. Gates, NASA Langley Research Center J.C. Newman, NASA Langley Research H. V. Tippur, Auburn University A.G. Gibson, University of Newcastle Center P.J. Torvik, Air Force Institute of Technology R. F. Gibson, Wayne State University W. Nickoia, Measurements Group Inc. A. Venkatesh, NRC, Canada A. Gilat, The Ohio State University H. Nigam, Rensellaer Polytedmic Institute CR. Vilmann, Michigan Technological D. Goldar, Delhi College of Engineering O'Brien, British Aerospace University M.R. Gorman, University of Denver D. R. Oliver, University of Birmingham ' J. Vossoughi, University of the District of A. F. Grandt, Jr., Purdue University S. Parhizgar, B.F. Goodrich Company Columbia S. Grilli, University of Rhode Island E. A. Pattersmi, University of Sheffield C. A. Walker, University of Strathclyde Y. Guo, IBM Corporation M. Petro, University of South Carolina M.L. Wang, University of New Mexico B. Han, IBM Microelectronics R. Piasdk, NASA Langley Research Center C Wang, General Motors Technical Center G.F. Hawkins, The Aerospace Corporation D. Post, Virginia Polytechnic Institute & E. M. Weissman, B.F. Goodrich Company S.Y. Hong, Russ Engineering Center State University C.W. Woo, The University of Hong Kong J. Hovanesian, Oakland University V, Prakash, Case Western Reserve Y. Yong, Florida Atlantic LTniversity P.W^Hovey, Air Force Institute of Technology University L. Zachaiy, Iowa State University M.Y.Y. Hung, Oakland University R.C. Progelhof, Pennsylvania State S. Ibrahim, Old Donninion University University at Erie 400 • December 1994