Structures & Materials

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
  • A Boundary Element Approach to Thermoelastic Crack Problems – Hucker, Scott
  • A Comparison of Fatigue Crack Initiation at Holes in 2024-T3 and 2524-T3 Aluminum Alloys – Golden, Patrick
  • A Comparison of the Fatigue Damage Resistance and Residual Strength of 2024-T3 and 2424-T3 Panels Containing Multiple Site Damage – Sexton, Darren
  • A Complete Nonconforming Convergent Displacement Formulated Singular Finite Element for Linear Elastic Static and Dynamic Loading Crack Problems – Kelley, John
  • A Computational Transonic Flutter Boundary Tracking Procedure – Gallman, John
  • A Crack Gage Approach to Monitoring Flaw Growth Potential in Aircraft – Gates, Matthew
  • A Formulation and Experimental Verification for a Pneumatic Finite Element – Berry, Dale
  • A Geometrically Nonlinear Tensorial Formulation of a Skewed Quadrilateral Thin Shell Finite Element – Wu, Yii-Cheng
  • A Global Search Method for Damage Detection in General Structures – Quintana, Juan
  • A Global-Local Structural Analysis Method – Mao, Kunming
  • A Mathematical Theory of Viscous Fluids with Microstructure & Microtemperature – Cook, Richard
  • A Minicomputer Based Interactive Graphics Computer System with Illustrative Application to Structural Data Analysis – Guthrie, Gregory
  • A Mixed Variational Principle for Finite Element Analysis – Day, Michael
  • A Nanolaminate Manufacturing Technique for Multifunctional Materials and Devices – Merrill, Marriner
  • A New 48 D.O.F. Quadrilateral Shell Element with Variable-Order Polynomial and Rational B-Spline Geometries with Rigid Body Modes – Moore, Carleton
  • A New End Tab Design for Off-Axis Tension Tests of Composite Materials – Berreth, Steven
  • A Novel Experimental Technique for Dynamic Friction Studies – Patanella, Alejandro
  • A Numerical and Experimental Investigation of the Effects of Notches on Fatigue Behavior – Scheumann, Troy
  • A Parallel Lanczos Algorithm for the Solution of the General Eigenvalue Problem – Danial, Albert
  • A Spectral Analysis Approach to Wave Propagation in Layered Solids – Rizzi, Stephen
  • A Spectral Boundary Element Method for Transient Heat Conduction – Hill, Lisa
  • A Statistical Account of the Effect of Arbitrary Profile Variation on Fretting Fatigue Behavior of the Contact Surface of a Dovetail Joint – Kumari, Shyama
  • A Stochastic Model for Predicting the Subsidence of Granular Media – Sweet, Arnold
  • A Study of Failure in 3-D Carbon-Carbons – Pollock, Peter
  • A Study of Fatigue Crack Growth of Panels Containing Multiple Site Damage – Buhler, Kimberley
  • A Study of Frequency Effects and Damage Accumulation During the Fatigue of Graphite/Epoxy and Glass/Epoxy Composite Materials – Tsai, Gwo-Chung
  • A Study of Integrated Structure and Control Design – Sallee, Vernon
  • A Study of Probabilistic Durability Analysis – Drury, Steven
  • A Study of Sandwich T-Joints and Composite Lap Joints – Turaga, Umamaheswar
  • A Study on Composite Adhesive Lap Joint – Zeng, Qinggang
  • A Sub-Domain Inverse Method for Dynamic Crack Propagation Problems – Cho, Sung
  • A Three-Dimensional Investigation of Steady State Fatigue Crack Closure Behavior for Through-Thickness and Part-Through Flaws – Ray, Suvendoo
  • A Three-Dimensional Model of Fatigue Crack Growth Incorporating Crack Closure – Pope, John
  • Acoustic Emission Behavior in 3D Carbon/Carbon Composites – Gates, Thomas
  • Acoustic Emission: An Application to Fracture Mechanics – Miller, Ronnie
  • Active Aeroelastic Panels with Optimum Self-Straining Actuators – Leeks, Tamara
  • Adaptive 2D Finite Element Simulation of Metal Forming Processes – Heinstein, Martin
  • Adaptive Sandwich Structures – Zhang, Xiaodong
  • Aerodynamic Shape and Structural Topology Design of Helicopter Rotor Cross-Sections Using a Genetic Algorithm – Fanjoy, David
  • Aeroelastic Behavior of an Adaptive Lifting Surface – Ehlers, Steven
  • Aeroelastic Stability and Time Response Analysis of Conventional and Supercritical Airfoils in Transonic Flow by Time Integration Method – Guruswamy, P.
  • Aeroelastic Stability of Aircraft with Advanced Composite Wings – Foist, Brian
  • Aeroelastic Stability of a Forward Swept Wing Aircraft with Wing Tip Stores – Steele, William
  • Aeroelastic Tailoring and Structural Optimization of Joined-Wing Configurations – Lee, Dong-Hwan
  • Aeroelastic Tailoring for Passive Flutter Suppression – Stukel, Stephen
  • Aeroservoelastic Tailoring for Lateral Control Enhancement – Nam, Changho
  • Aerospace Structural Design Process Improvement Using Systematic Evolutionary Structural Modeling – Taylor, Robert
  • Aircraft Sizing with Morphing as an Independent Variable: Motivation, Strategies and Investigations – Roth, Brian
  • Algorithms for Identification of the Nonlinear Behavior of Structures – Cho, Sung
  • Allocation of Variable Resources and Aircraft Design Using Multidisciplinary Optimization for System of Systems – Mane, Muharrem
  • An Analysis of Pedestrian Flow: A Simulation Model for an Aircraft Pier Arm – Carnahan, James
  • An Approach to Integrated Aeroservoelastic Tailoring for Stability – Zeiler, Thomas
  • An Efficient Plate Finite Element Model for Analysis of Cracked Metallic Plates Repaired with Composite Patches – Arendt, Cory
  • An Elastic/Viscoplastic Constitutive Model For Fiber Reinforced Thermoplastic Composites – Gates, Thomas
  • An Evaluation of Aging Aircraft Materials – Scheuring, Jason
  • An Experimental Inverstigation of Radial Deformation of Soft Materials in Kolsky Bar Experiments – Sanborn, Brett
  • An Investigation of the Control Effectiveness of a Laminated Sweptback Wing – Miller, Theron
  • Analysis of Bimaterial Crack Problems in the Presence of Friction – Kurtz, Russell
  • Analysis of Cracked Plates Subjected to Out-of-Plane Loadings – Young, Min-Jho
  • Analysis of Cracks in Thin Layers – Li, Chunsu
  • Analysis of Delamination in Composite Laminates under Low Velocity Impact – Jih, Chan
  • Analysis of Fatigue Crack Growth from Countersunk Fastener Hole – Suh, Jungjun
  • Analysis of Indentation Cracking in Brittle Solids – Chen, Yun
  • Analysis of Stiffened Panels with Multiple Site Damage – Heinimann, Markus
  • Analysis of Thick Section Composite Laminates – Liao, Wei-Chong
  • Analysis of the Carburization and Quenching of Steels – Woodard, Paul
  • Application of Harmonic Analysis Method to Aeroelastic Stability Analysis of Conventional and Supercritical Airfoils in Transonic Flow – Striz, Alfred
  • Application of the Spectral Element Method to Interior Noise Problems – Bilodeau, Brian
  • Applications of Crack Tip Opening Angle for Ductile Fracture Analysis – Tanner, Travis
  • Applications of Three Dimensional Fracture Mechanics to Micro-Indentation Testing and Scribing – Chen, Shi-Yew
  • Approximate Methods for Dynamic Analysis of Large Structures – Kim, Bong
  • Ballistic Penetration of GRP Composites: Identification of Failure Mechanisms and Modeling – Lu, Hung-Cheng
  • Basic Study of Superfinishing of Hardened Steels – Chang, Shih-Hsiang
  • Buckled Plate Vibrations, Large Amplitude Vibrations, and Nonlinear Flutter of Elastic Plates Using High-Order Triangular Finite Elements – Han, An-Dong
  • Buckling and Debond Growth of Partial Debonds in Adhesively Bonded Composite Flanges – Kwon, Hyukbong
  • Buckling of a Column with Random Displacements – Bernard, Michael
  • CBN Grinding of M2 Tool Steel and the Strength of Ground Surfaces – Mann, James
  • Characteristics of Three-Dimensional Stress Fields in Cracked Plates Under General Loadings – Kwon, Soonwook
  • Characterization of Crack Growth in Elastic-Plastic Materials – Rangarajan, Balaji
  • Characterization of Elastic-Plastic and Viscoplastic Behavior of AS4/PEEK Thermoplastic Composite – Yoon, Kwang-Joon
  • Characterization of Indalloy 227 Non Lead Solder – Beaumont, Matthew
  • Characterization of Matrix Cracking and Delamination in Laminated Composites – Tao, Jianxin
  • Characterization of Mechanical Properties of a Fiberglass Composite – Kelly, Scott
  • Characterizing Compressive and Fracture Strengths of Fiber Reinforced Composites using Off-Axis Specimens – Bing, Qida
  • Comparative Evaluation of Failure Analysis Methods for Composite Laminates – Quinn, Brian
  • Composite Laminate Optimization Techniques Applied to Load-Bearing Circuit Board Design – Lamberson, Jr., Steven
  • Composite Panel Flutter Suppression Using Piezoelectric Materials – Paige, Derek
  • Compressive Strength of Unidirectional Fiber Composites With Matrix Nonlinearity – Jun, Alexander
  • Computational Modeling for Bridging Size Scales in the Failure of Solids – Zavattieri, Pablo
  • Computational Modeling of Geometric and Material Nonlinearities with Applications to Impact Dynamics – Emore, Gordon
  • Constitutive Modeling of Polymeric Composites Under Various Loading Conditions – Zhu, Changming
  • Contact Behavior, Impact Response and Damage in Graphite-Epoxy Laminates Subjected to Initial Stresses – Sankar, Bhavani
  • Contact Geometry, Friction, and Load Variations in Fretting Fatigue of Ti-6Al-4V – Kumari, Shyama
  • Continuum Modeling and Dynamic Analysis of Large Truss Structures – Necib, Brahim
  • Control of Flutter Using Adaptive Materials – Scott, Robert
  • Cooling Effects on Photo-Stimulated Luminescence Spectroscopy of Ruby for 3-D Stress Characterization in Thermal Barrier Coatings – Cunzeman, Kara
  • Coupled Thermoelastic Analysis of Fretting Contacts – Ganapathy, Harish
  • Crack Propagation Analysis of Surface Enhanced Titanium Alloys with Fretting Induced Damage – Garcia, Daniel
  • Damage Detection of Sandwich Structure using Time Domain Reflectometry – Kim, Seung-il
  • Design Methodology for Airships of Non-Axisymmetric Cross-Section Geometry – McDonald, Seth
  • Design and Analysis of Multifunctional Structures for Embedded Electronics in Unmanned Aerial Vehicles – Kothari, Rushabh
  • Design and Characterization of Fiber/Metal Laminate Composite Materials – Stokman, William
  • Design and Characterization of Multi-Core Composite Laminates – Weeks, Craig
  • Designing for Minimum Cost: A Method to Assess Commercial Aircraft Technologies – Ross, Tamaira
  • Determination of Mechanical Properties Using Micro- and Nano-Indentation – Li, Zhiyong
  • Determination of Stress Intensity Factors for Cracks at Deep Notches – Doerfler, Mark
  • Deterministic and Non-deterministic Response Analysis of Complex Shells – Kapania, Rakesh
  • Developing Response Surface Based Wing Weight Equations for Conceptual Morphing Aircraft Sizing – Skillen, Michael
  • Development and Application of the Time Domain Panel Method – Blair, Max
  • Development of Efficient Molecular Simulation Techniques for Engineering Applications – Subramaniyan, Arun
  • Development of Mechanically Fastened Joint Specimens to Rank Aluminum Alloy Fatigue Performance – Hahn, Darren
  • Development of a Hail Ice Impact Model and the Dynamic Compressive Strength Properties of Ice – Keune, John
  • Development of a Light Unmanned Aircraft for the Determination of Flying Qualities Requirements – Peters, Mark
  • Development of a Simple and Inexpensive Method for Manufacturing High Quality Nanoparticle/Polymer Nanocomposites – Merrill, Marriner
  • Development of a Split Hopkinson Pressure Bar Method for Intermediate Strain Rate Experimental Testing – Grupido, Christopher
  • Discrete Series Synthesis of Randomly Excited Structural System Response – Luo, Siong Siu
  • Distinguishing Inertia Effects from the Intrinsic Mechanical Behavior of Soft Materials at High Strain Rates by Kolsky Bar Experiments – Nishida, Erik
  • Domain Switching Effect on Fracture and Fatigue Behavior of Piezoelectric Materials – Chang, I-Ling
  • Double and Multiple Contacts of Similar Elastic Materials – Sundaram, Narayan
  • Drag Benefits of Formation Flight and Morphing on Transatlantic Point-to-Point Commercial Air Service – Nehrbass, Johnathan
  • Ductile Fracture of Polycarbonate – Nakaima, Daniel
  • Durability of Countersunk Fastener Holes – Park, Chul
  • Dynamic Aeroelastic Stability of a Generic X-Wing Aircraft Configuration with Design Parameter Variations – Woods, Jessica
  • Dynamic Analysis of a Thick-Section Composite Cylinder Subjected to Underwater Blast Loading – McCoy, Robert
  • Dynamic Behavior of Granular Materials – Kabir, Md Enamul
  • Dynamic Compressive Response of Soft Biological Tissues – Pervin, Farhana
  • Dynamic Delamination Crack Propagation in Polymeric Composites – Tsai, Jia-Lin
  • Dynamic Delamination Crack Propagation in a Graphite/Epoxy Laminate – Grady, Joseph
  • Dynamic Delamination in a Glass Fiber Composite and Interfacial Fracture in a Bi-Material – Syn, Chul
  • Dynamic Delamination of Composites – Guo, Cheng
  • Dynamic Microbuckling Model for Compressive Strength of Polymeric Composites – Tsai, Jia-Lin
  • Dynamic Response and Failure in Layered Structures and Composites – Han, Chenghua
  • Dynamic Safety Analysis – Norville, H. Scott
  • Dynamic Testing of Advanced Materials at High and Low Temperatures – Arrieta, Hernan
  • Dynamics and Control of Truss Structures with Extendable Members – Wang, Rong
  • Effect of Adhesive Layers on Impact Damage Using a Rubber Capped Impactor – Cox, Dennis
  • Effect of Bending-Extension Coupling on the Deformation of Asymmetric Laminates – Chin, Hsiang
  • Effect of Bondline Thickness on Mixed Mode Fracture of Adhesive Joints – Khoo, Teng
  • Effect of Inclusion Size on Failure Mechanism and Mechanical Properties of Polymeric Composites Containing Micro and Nano Particles – Cho, Jeong-Min
  • Effect of Nanoclay on Compressive Behavior of Polymeric Composites – Subramaniyan, Arun
  • Effect of Nanoparticle Dispersion on Mechanical Behavior of Polymer Matrix and Their Fiber Reinforced Composites – Uddin, Mohammed
  • Effect of Shape and Thickness on Properties of Short Fiber Composites – Deo, Amitabh
  • Effect of Temperature on Mode I Fracture Toughness of Certain Polymeric Foams – Joshi, Manasi
  • Effective Crack Growth Model and Pseudo Three Dimensional Analysis of Composite Laminates – Hua, Yuan
  • Effects of Lateral Confinement on the Static and Dynamic Strength of Brittle Materials – Adams, Douglas
  • Effects of Mach Number and Wing Sweep on Transonic Aeroelastic Forces and Flutter Characteristics – Mohr, Ross
  • Effects of Z-pinning on Mode I Dynamic Delamination of Woven Composite Laminate – Schlueter, Andrew
  • Efficient Finite Element Modeling of Thin-Walled Structures with Constrained Viscoelastic Layer Damping – Adams, Douglas
  • Efficient Modeling of Postbuckling Delamination Growth in Composite Laminates Using Plate Elements – Klug, John
  • Elastic-Plastic Behavior of Thermoplastic Composites Under Cyclic Loadings – Rui, Yuting
  • Elastic-Plastic Fracture Analysis for Small Scale Yielding – Kim, Hong-On
  • Elastic-Plastic Material Characterization and Fatigue Crack Growth in Unidirectional Metal-Matrix Composites – Kenaga, Donald
  • Elasto-Plastic Finite Element Analysis of Contacts with Applications to Fretting Fatigue – Pérez-Ruberté, Eddie
  • Elevated Temperature Fretting Fatigue of Nickel Based Alloys – Gean, Matthew
  • Energy Based Design for Morphing Aircraft Wings – Prock, Brian
  • Equivalent Continuum Finite Element Modelling of Plate-Like Space Lattice Structures – Lamberson, Steven
  • Euler Flutter Analysis of Airfoils Using Unstructured Dynamic Meshes – Rausch, Russ
  • Evaluation of Continuing Damage From a Cracked Hole with a Failed Ligament – Main, Benjamin
  • Evaluation of Fatigue Crack Initiation Behavior of an Experimental Ternary Aluminum-Lithium Alloy – Blatt, Paul
  • Evaluation of Finite Element Analysis of Piezoelectric Materials with Holes and Cracks – Sack, Elizabeth
  • Evaluation of Multiple Site Damage in Lap Joint Specimens – Wang, Hsing-Ling
  • Evaluation of the Crack Gage as an Advanced Individual Aircraft Tracking Concept – Dumanis-Modan, Alon
  • Experimental Correlation between Intrinsic Material Properties and the Failure of Composite Laminates under Ice Impact – Nightingale, Jay
  • Experimental Determination of Mode I Stress Intensity Factors for Elevated Temperature Fretting Fatigue of a Nickel-Based Superalloy – Tate, Nathan
  • Experimental Determination of the Mode I Stress Intensity Factor for a Corner Cracked Lug using a Marker Banding Technique – Moyle, Nicholas
  • Experimental Validation of Mode I Stress Intensity Factors for the Single-Cracked Pin-Loaded Lug – Child, David
  • Experimental and Boundary Element Analysis of Hertzian Cone Cracking – Chen, Shi-Yew
  • Experimental and Finite Element Simulation Methods for Metal Forming and Cutting Processes – Shih, Albert
  • Failure Analysis of Laminated Composite Angles – Kelly, Scott
  • Failure Analysis of Quasi-Isotropic Composite Laminates With Free Edges Under Off-Axis Loading – Zhou, Shu-Gong
  • Failure Criterion for Notched Fiber Dominated Composite Laminates – Vaidya, Rajesh
  • Failure Initiation and Ultimate Strength of Composite Laminates Containing a Center Elliptical Hole – Harrington, Brian
  • Failure Mechanisms in Glasses and Glass Ceramics – Xu, Yueping
  • Failure of Qusai-Isotropic Composite Materials Under Off-Axis Loading – Zhou, Shu-Gong
  • Fatigue Crack Growth Behavior of a Titanium Matrix Composite Under Thermomechanical Loading – Blatt, Paul
  • Fatigue Crack Growth From Coldworked Eccentrically Located Holes In 7075-T651 Aluminum – Saunder, Terrence
  • Fatigue Crack Growth in Boron-Aluminum Metal Matrix Composites – Rizzi, Stephen
  • Fatigue Crack Growth of Embedded Flaws in Plate and Lug Type Fastener Holes – Harter, James
  • Fatigue Crack Initiation, Growth and Coalescence at Notches in High Strength Steel – Green, Stephen
  • Fatigue Life and Residual Strength of Panels with Multiple Site Damage – Moukawsher, Elias
  • Fatigue Performance of an Advanced Fastener Hole Cold Working Method – Lamb, Gregory
  • Feedback Control, Large Amplitude Vibration, and Postbuckling of Space Lattice Beams using Simplified Finite Element Models – Berry, Dale
  • Finite Element Analysis Cracks in Orthotropic Elastic-Plastic Materials – Pinella, David
  • Finite Element Analysis of Fretting Fatigue Stresses – McVeigh, Pamela
  • Finite Element Analysis of the Mechanics of Blade Disk Contacts – Gean, Matthew
  • Finite Element Flutter Analysis of Flat Panels in Three-Dimensional Supersonic Unsteady Potential Flow – Sung, Shung-Hsing
  • Flutter Control of Wing Boxes Using Piezoelectric Actuators – Forster, Edwin
  • Force Identification on General Structures – Adams, Jr., Robert
  • Formal Design Space Evaluation and Optimization for Innovative Aeroelastic Concepts – Henderson, Joseph
  • Formulation for Symmetrically Laminated Beam and Plate Finite Elements with Shear Deformation – Chen, Alexander
  • Formulation of Three Simple Triangular Plane Stress Anisotropic Finite Elements for a Microcomputer – Wanthal, Steven
  • Fractographic Analysis of Fatigue Failures with Fretting Induced Damage – Garcia, Daniel
  • Fracture Behavior of Piezoelectric Materials – Park, Seungbae
  • Fracture and Fatigue Behavior of Piezoelectric Materials – Jiang, Longzhi
  • Fracture and Fatigue of Bonded Composite Repairs – Klug, John
  • Free Edge and Size Effects on Failure Initiation and Ultimate Strength of Laminates Containing a Center Hole – Chu, Gou-Don
  • Fretting Fatigue of AISI 9310 Case-hardened Steel – Robinson, Lucas
  • Fretting Fatigue of Anisotropic Materials at Elevated Temperatures – Haradanahalli, Murthy
  • Fretting Induced Plasticity in Blade/Disk Contacts – Gao, Guofeng
  • Genetic Algorithm Approaches for Conceptual Design of Spacecraft Systems Including Multi-Objective Optimization and Design Under Uncertainty – Hassan, Rania
  • Genetic Algorithm Approaches to Optimizing the Location and Number of Smart Actuators on an Aircraft Wing – Cook, Andrea
  • Geometric and Material Nonlinear Dynamic Analysis of Complex Shells – Saigal, Sunil
  • Geometrically Nonlinear Random Vibrations of Structures – Chen, Chih-Tsai
  • Grid Quality Assessment for Unstructured Triangular and Tetrahedral Meshes and Validation of an Upwind Implicit Euler Solution Algorithm – Woodard, Paul
  • High Cycle Fatigue of Fretting Induced Cracks – Golden, Patrick
  • High Strain Rate Characterization and Modeling of Polymer Composites – Thiruppukuzhi, Srikanth
  • High Strain Rate Characterization of Off-Axis Composites Using Split Hopkinson Pressure Bar – Ninan, Lal
  • High Velocity Impact and Penetration of Thick Composite Laminates – Potti, Shyam
  • High-Temperature, High-Frequency Fretting Fatigue of a Single Crystal Nickel Alloy – Matlik, John
  • Impact Damage Characterization in Laminated Composites – Joshi, Shiv
  • Impact Failure Mechanisms of Layered Structures – Choi, Seung-Woo
  • Impact of Thermally Confined Alumina/Aluminum Laminates: Experiments and Modeling – Roeder, Blayne
  • Improving Fatigue Crack Growth Performance of Structural – Wilson, Gregory
  • Improving Strength in Composite Laminates Through Use of Hybrid Composites – Voit, Peter
  • Incorporating Real World Engineering Experiences into Aeronautical and Astronautical Engineering Education – Rodrian, Jeffrey
  • Induced Drag Reduction Using Aeroelastic Tailoring and Adaptive Control Surfaces – Duke, David
  • Inelastic Behavior of Thermoplastic Composites – Chung, Ilsup
  • Influence of Fatigue Crack Closure on the Growth Rate of Surface Flaws – Troha, William
  • Initiation, Growth and Coalescence of Fatigue Cracks – Perez, Rigoberto
  • Initiation, Growth, and Coalescence of Small Fatigue Cracks at Notches – Forsyth, Eric
  • Interaction and Coalescence of Fatigue Cracks at a Hole in a Plate – McComb, Thomas
  • Interfacial Cracks in Isotropic and Anisotropic Media with Friction – Qian, Wenqi
  • Inverse Method for Static Problems using Optical Data – Kang, Un-Taik
  • Inverse Problems in Structural Dynamics – Martin, Michael
  • Inverse Solutions on Folded Plate Structures – Danial, Albert
  • Investigation and Modeling of Penetration Process for Composite Laminates Impacted by a Blunt-Ended Projectile – Lee, Shi-Wei
  • Investigation of 3-D Fatigue Crack Growth Behavior in a Double-T Cross Section – Rifani, Andreas
  • Investigation of the Photo Stimulated Luminescence Spectroscopy Technique for Measuring 3-D Stresses – Mamun, Md-Wahid
  • Large Strain Compression Testing of Ductile Materials at Quasi-Static and Dynamic Strain Rates – Skube, Seth
  • Linear Dynamic Analysis of Revolutional Shells Using Finite Elements and Modal Expansion – Chang, Yuan-Bin
  • Linear and Nonlinear Discrete-Time State-Space Modeling of Dynamic Systems for Control Applications – Rodrigues, Eduardo
  • Low Cycle Plasticity of IM7/8320 Thermoplastic Composite – O'Donnell, Sean
  • Low Velocity Impact of Composite Sandwich Plate – Wu, Chung-Lin
  • Mechanical Behavior of Nanomaterials: Modeling and Simulation – Zhang, Haitao
  • Mechanical Behavior of Silica Nanoparticle-Impregnated Kevlar Fabrics – Dong, Zhaoxu
  • Mechanical Characterization of an Electrodeposited Nanocrystalline Copper – Mseis, George
  • Mechanical Design and Control of Flexible Joint Robotic Manipulators – Zink, Jonathan
  • Mechanical Properties of Single-Walled Carbon Nanotubes by Modeling as Pin-Jointed Trusses – Bodily, Brandon
  • Mechanics of Formation of Wrinkles During the Processing of Thermoplastic Composites – Pandey, Ravindra
  • Mechanics of Fretting Fatigue Crack Formation – Szolwinski, Matthew
  • Mechanics of Roller Straightening – Varney, Bruce
  • Methods of Analysis for Thick-Section Composite Structures – Luo, Jiayi
  • Micro-Sphere Adhesive System for Quick Repair – Samson, Daniel
  • Modeling Crack Propagation in Modern Stiffened Fuselage Structures – Kloeden, Richard
  • Modeling Delamination in Composite Laminates – Zheng, Shunfeng
  • Modeling Micro-Inertia in Composite Materials Subjected to Dynamic Loading – Wang, Zeping
  • Modeling Physical Aging in Polymeric Composites – Hu, Huiwen
  • Modeling and Fracture Prediction in Rubber Composites – Pidaparti, Ramana
  • Modeling and Lowering Thermal Residual Stresses in Bonded Composite Repairs of Metallic Aircraft Structure – Cho, Jeongmin
  • Modeling of Fretting Fatigue and Life Prediction in Blade/Disk Contacts – Haradanahalli, Murthy
  • Modeling of Geometry Effects in Fretting Fatigue – Bartha, Bence
  • Modeling of Plate/Fastener Contact: Application to Fretting Fatigue – Ganapathy, Harish
  • Molecular Simulations of Deformation, Failure and Fracture of Nanostructured Materials – Adnan, Ashfaq
  • Motivation, Design, and Calibration of a High Frequency Fretting Fatigue Load Frame – Matlik, John
  • Multiobjective Control/Structure Design Optimization in the Presence of Practical Constraints – Layton, Jeffrey
  • Multiobjective Optimization Using Genetic Algorithms With Applications For Aircraft Design – Martin, Eric
  • Natural Conformation: A Study of the Shape of Structures in Equilibrium – Djibo, Louise-Olivia
  • Nondestructive and Strain Testing of Composite Sandwich Panels – Goyings, Ryan
  • Nonlinear Analysis of Composite Laminates – Chen, Jinn-Kuen
  • Nonlinear Behavior of Ferroelectric Materials – Achuthan, Ajit
  • Nonlinear Dynamic Response of Shallow Arches to Harmonic Forcing – Blair, Kim
  • Nonlinear Dynamics and Chaotic Motions of a Singularly Perturbed Nonlinear Viscoelastic Beam – Georgiou, Iannis
  • Nonlinear Finite Element Analysis of Plates and Shells of Composite Laminates – Chen, Gang
  • Nonlinear Rate Dependent Response of Thick-Section Composite Laminates – Weeks, Craig
  • Numerical Determination of Stress Intensity Factors for Cracks at Deep Notches – Heinimann, Markus
  • Numerical Investigations on Fracture Behavior of Ductile Materials – Weng, Tung-Li
  • Numerical Methods for Modeling Gas Turbine Combustors – Koenigs, Michael
  • Numerical Studies of Problems in Anistropic Plasticity – Leewood, Alan
  • On Determination of Apparent Fracture Toughness and Frature Process Zone – Chitsiriphanit, Suvanit
  • On Prediction of Elastic Moduli and Plastic Flow In Composite Materials Using Micromechanics – Vaidya, Rajesh
  • On the Dynamics of a Disordered Linear Chain – Soong, Tsu-teh
  • On the Effect of Matrix Cracks on Laminate Strength – Jen, Kwang-Chi
  • On the Propagation of Waves in an Electromagnetic Elastic Solid – Dunkin, John
  • On the Static Nonlinear Theory of Electromagnetic Thermoelastic Solids – Jordan, Neal
  • Optimal Design of Partial-Plate Piezoelectric Actuators for Maximum Panel Deflection – Leeks, Tamara
  • Optimization Approaches for Morphing Airfoils Using Drag and Strain Energy as Objectives – Nankani, Kamlesh
  • Parallel Computational Methods on Structural Mechanics Analysis – Chien, Lung-Siaen
  • Parametric Study of Damager Containment Features in Integral Structures for Optimum Crack Retardation – Grinham, Matthew
  • Particulate Enhanced Damping of Sandwich Structures – Maley, Scott
  • Passive and Active Control of Civil Structures Under Dynamic Wind Loads – Ankireddi, Seshasayee
  • Performance of Hard Turned Surfaces – Bartha, Bence
  • Performance of Sandwich Structures with Composite Reinforced Core – Hasebe, Ryoichi
  • Pin-Contact Failure in Composite Laminates – Wu, Peir-Shin
  • Pinch-off of Borosilicate Glass and Aluminum Oxide Rods Using Micro-Indentation Cracking – Chen, Yen-Meng
  • Power Flow Analysis of Wave Propagation in Trusses – Martin, Michael
  • Prediction of Adhesive Stress and Strain Solution and Failure Criterion of Single Lap Bonded Joints – Lee, Jungmin
  • Prediction of Fatigue Crack Lives and Shapes – Tritsch, Douglas
  • Predictive Forming of Advanced Thermoplastic Composite Structures – Wang, Cong
  • Radial Inertia Effects on Dynamic Response of Extra-Soft Materials in Split Hopkinson Pressure Bar Experiments – Ge, Yun
  • Random Vibration of Uncertain Beam Structures with Geometrical Nonlinearity – Chang, Chihchen
  • Reducing Free Edge Effect on Laminate Strength by Edge Modification – Chu, Gou-Don
  • Reflection and Transmission of Flexural Waves at Discontinuities – Kamle, Sudhir
  • Reliability Study of Uncertain Structures Using Stochastic Finite Elements – Liaw, Der-Guang
  • Repair and Reinforcement of Cracked Aluminum Plates with Adhesively Bonded Composite Patches – Lena, Michael
  • Resistance of Adhesively Bonded Composite Lap Joints to Damage by Transverse Ice Impact – Park, Hwun
  • Response Surface Methods for Optimization – Smith, III, Crawford
  • Satellite Constellation Design Methods – Williams, Edwin
  • Simulation of Mechanical Behavior of Nanomaterials by Molecular Statics – Chang, I-Ling
  • Simulation of Quenching and Induction Heat Treatment Processes With Experimental Verification – Wang, Kuo-Feng
  • Simulation of Quenching and Tempering of Steels – Jin, Long
  • Simulation of Shear Band Phenomenon in Metal Forming and Cutting – Heinstein, Martin
  • Simulation of Surface Grinding – Moulik, Pradipta
  • Small Crack Initiation and Formation - An Investigation into Equivalent Initial Flaw Size and Parallel Offset Surface Crack Interactions – Needham, Galen
  • Some Aspects of the Theory of Propagation of Periodic and Transcient Sounds in Absorbent Ducts and in Rooms With an Open Window – Vaidya, P.G.
  • Spectral Analysis of Wave Propagation in Connected Waveguides – Srinivasan, Gopalakrishnan
  • Static Aeroelasticity of a Composite Oblique Wing – Bohlmann, Jonathan
  • Static and Dynamic Contact Behaviors of Composite Laminates – Yang, Shih-Hsian
  • Strength Prediction of Bonded Joints Using the Critical CTOA Criterion – Dustin, Joshua
  • Stress Intensity Factors for Fatigue Cracks at Holes Under Cyclic Stress Gradients – Perez, Rigoberto
  • Stress-Intensity Factors Solutions for Countersunk Holes Under Pin-Loading – Chiew, Lee
  • Structural Parameter Identification of Member Characteristics in a Finite Element Model – Sprandel, James
  • Study of 1-D Multifunctional Acoustic Metamaterials – Mikoshiba, Kota
  • Study of Fatigue Behavior of Embedded Copper in Multifunctional Composite Materials – Hsieh, Kelli
  • Technique for Experimental Grinding Ratio Measurement – Dunlap, Tony
  • Techniques for Rapid Characterization of Grinding Wheel-Workpiece Combinations – Kompella, Sridhar
  • The Characterization and Modeling of Advanced Thermoplastic Composite Materials Forming Processes – Morris, Scott
  • The Characterization of Damage Due to Out-of-Plane Loading in the AS4/PEEK Composite – Morris, Scott
  • The Controlled-Damage Concept in Design of Laminated Composites – Norman, Timothy
  • The Design Build and Testing of an Infrared Aim Point Biasing Structure – Spohn, Jason
  • The Development of Photo-Stimulated Luminescence Spectroscopy for 3-D Stress Measurements – Raghavan, Seetha
  • The Dynamic Behavior of an Automobile Tire – Hunckler, Charles
  • The Effect on Fatigue Crack Growth Under Spectrum Loading of An Imposed Placard "G" Limit – Walker, Kevin
  • The Effects of Low-Observable Requirements on Tanker/Transport Aircraft – Bowman, Jason
  • The Electrical Properties of Grain Boundaries in Nickel Oxide and Magnesium Oxide – Osburn, Carlton
  • The Evaluation of Stress Intensity Factors by Finite Element Method – Jih, Chan-Jiun
  • The Fatigue Crack Growth Behavior of an Experimental Tenary AL-2.6LI-0.09ZR Alloy – Henkener, Julie
  • The Influence of Initial Inhomogeneities on Notch Fatigue of 7050-T7451 Aluminum Plate – Zezula, Chad
  • The Mechanical Fuse – Slijepcevic, Stevan
  • The Mechanics and Tribology of Fretting Fatigue with Application to Riveted Lap Joints – Szolwinski, Matthew
  • The Photoelastic Analysis of Mixed-Mode Fracture Mechanics – Takezaki, Juro
  • The Static and Fatigue Characteristics of a Notched Hybrid Composite Laminate – Aratama, Shigeki
  • The Upper Limit of Constant Strain Rate in a SHPB Experiment for a Linearly Elastic Material – Pan, Yi
  • Thermal Aspects of Grinding for Surface Integrity – Ju, Yongging
  • Thermal Modeling of Grinding for Process Optimization and Durability Improvements – Hanna, Ihab
  • Three Dimensional Boundary Element Analysis of Contact and Fracture Problems – Liu, Minzhu
  • Three Dimensional Crack Closure Measurements in Polycarbonate – Ray, Suvendoo
  • Three-Dimensional Characteristics of the Plastic Zone and Necking in the Crack Tip Region – Deitemeyer, Adam
  • Three-Dimensional Effects in Elastic-Plastic Fracture – Su, Xuming
  • Three-Dimensional Fatigue Crack Closure of Metals – Dawicke, David
  • Three-Dimensional Finite Element Analysis of Free Edge Delamination in Composite Laminate – He, Chien-Cheng
  • Three-Dimensional Finite Element Formulations for Thick and Thin Laminated Plates – Wanthal, Steven
  • Three-Dimensional Piezoelectric Boundary Elements – Hill, Lisa
  • Time-marching Aeroelastic and Spatial Adaptation Procedures on Triangular and Tetrahedral Meshes Using an Unstructured-grid Euler Method – Rausch, Russ
  • Transonic Aeroelastic Stability and Response of Conventional and Supercritical Airfoils Including Active Controls – Batina, John
  • Transonic Drag Reduction through the use of Induced Strain Actuators to Form an Adaptive Airfoil – Muller, Mark
  • Transverse Impact of Stiffened Laminated Composite Panels – Norman, Timothy
  • Unsteady Aeroelastic Optimization in the Transonic Regime – Kolonay, Raymond
  • Use of Cracked Beam Finite Elements to Estimate Stress Intensity Factors – Grady, Joseph
  • Using the Genetic Algorithm for Multidisciplinary Helicopter Rotor Airfoil Design: Shape and Topology Approaches – Fanjoy, David
  • Vibration Control of Flexible Structures – Fur, Lih-Shing
  • Viscous Effects on Transonic Airfoil Stability and Response – Berry, Howard
  • Wave Propagation in Graphite/Epoxy Laminate Due to Impact – Tan, Tein-min