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- "Atomistic Modeling at Experimental Strain Rates: Plasticity in Amorphous Solids"
- "Better Armor Materials"
- "Longer Timesteps for Molecular Dynamics of Proteins using Normal Modes"
- "Mechanics of Cell-Matrix Interactions in Three Dimensions"
- "New Production Methods for Manufacturing Nanofibers from Exotic Materials"
- "On the role of mechanics in human brain development"
- "Simulating hydrogen embrittlement and fast pathways for diffusion in austenitic stainless steels"
- "Soft Machines: From Artificial Muscles and Renewable Energy to Stretchable Ionics and Bionic Skin"
- "Thermomechanical and Interfacial Properties of Graphene"
- "Virtual Testing of Hopkinson's Heterogeneous Bars: How Close Are We
- "Virtual Testing of Hopkinson's Heterogeneous Bars: How Close Are We?"
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- AFRL-9-12
- A Few Interesting Singular Integral/Integro-Differential Equations in LInear Elasticity
- A MEMS Approach to Drug Delivery
- A Unified Theory for Modeling Damage to Real Surfaces in Contact
- A data-driven approach to quantify quasi-equilibrium and non-equilibrium properties for complex multi physics systems
- Abstract page
- Adrian Lew
- Al Pisano
- Alan Needleman
- Alexander Panfilov
- Alexandre Tartakovsky
- An Introduction to the Virtual Element Method with Focus on Mechanics
- Analysis and Design of Materials and Structures for Attenuating Vibration and Acoustic Response
- Analysis of crack propagation by the Principle of Local Symmetry
- Anna Pandolfi
- Arif Masud
- Atomic-Scale Friction and Wear of Single Asperities
- Atomistic-to-Continuum Modeling for Multiscale and Multiphysics Simulation
- BabakZ
- Bazant
- Beirao
- Beth Pruitt
- Beyond the Elastic Modulus: Investigating How Complex Mechanical Cues Regulate Biology
- BillKing
- Biomechanics in Hearing
- Biomimetic Forces and Fibers for Wound Healing and Regenerative Medicine Applications
- Blaise Bourdin
- Blow up, periodicity, and parametric resonances in viscoelastic shells
- BrianKirby
- Bridging Multiple Structural Scales with a Generalized Finite Element Method
- CMOS MEMS for Mechanical Sensing and Neuroscience
- Carol Livermore
- Carsten Hartmann
- Castaneda
- Cavitation in rubber: An elastic instability or a fracture phenomenon
- Cavitation in rubber: An elastic instability or a fracture phenomenon?
- Cell Contractility in Disease Progression
- Cellular mechano-sensitivity - a new paradigm in the understanding of learning and memory