Mechanics and Computation / All pages

All pages

"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?"	(signup)
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	Calendar	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
Charles Steele	Chris Fang-Yen	Computational Homogenization of Random Network Microstructures in Soft Matter Materials
Computational Models for Cochlear Mechanics	Constraint forces on small elastic structures arising from thermal fluctuations	Courses
DUCTILE FRACTURE: Theory, Model Identification and Industrial Applications	Damage Detection in Laminated Structures using Wavelet Transformation of Global Response	Daniel Balzani
David Barnett	Daya Reddy	Deformation of Plastically Compressible Hardening-Softening-Hardening Solids
Detournay	Development of a Microfluidic Lung	Dirk Gillespie
Doreen Wood	Duartei	Dynamic Biomechanics Of The Aqueous Humor And Iris
Dynamic strain localization, failure and fragmentation	Dynamics of Nanomechanical Cantilever Devices in Fluid with Applications to Atomic and Molecular Sensing	Edin Sarajlic
EditingInstructions	Editing Instructions	Edmund Webb
EduardoDvorkin	Elasticity, Fracture and Piezoelectricity Size Effects in Semiconducting Nanowires	Electrostatic Micromotors and Micromachining Methods for their Fabrication
Ellen Kuhl	EllisMeng	Encased cantilevers and alternative scan algorithms for ultra-gentle high-speed Atomic Force Microscopy
Eshelby Dislocation and Twisting of Nanowires	Espinosa	Evan Reed
Evelyn Wang	Extreme mechanics: Unraveling the high temperature and pressure dynamics of shock compressed materials	Fall08
Fall0809	Fall0910	Fall1011
Fall1112	Fall1213	Fall1314
Fall1415	Fall1516	Fall1617
Fellowships	Folded and Crumpled Two-Dimensional Materials – Where Shape Enables New Functions	Fracture and delamination in the presence of interfacial sliding: application to mechanical degradation of thin film Si electrodes on substrates
FrankSachse	Freund	From Droplets to Nanowires: Dynamics of Vapor-Liquid-Solid Growth
Fujita	Fundamental Atomistic Mechanisms of Capillary Flow	Garikipati
Gecko Adhesion	Gerard Ateshian	Givoli
Glaucoma and Computational Multi-Scale Modeling of the Human Eye	Grain Growth: A Case Study of Multi-Scale Modeling	GregHulbert
Guang Lin	High Order Discontinuous Galerkin Methods For Systems Of Conservation Laws	High Power and High Energy Systems at Small Scales
Huajian Gao	Ignacio Romero	Imaging and Modeling of Cardiac Cells and Tissues
Inhomogeniety and size of microstructure - a new paradigm in understanding deformation mechanism of nano crystalline metals	Inverse Wave Problems, Time Reversal and Damage Identification	Isogeometric Analysis of Solids, Structures, and FSI: From Early Results to Recent Developments
Jaume Peraire	Jeremy Templeton	Jimmy Hsia
Joe Howard	JohnBassani	K. Ravi-Chandar
KC Park	Katia Bertoldi	Kim Turner
King signup link	Kit Parker	Klaus W. Schwarz
Kris Dahl	LeonKeer	LlorcaAbstract
Lorca	Lorna Gibson	MEMS and Nanotechnology for the Automotive Market
Main Page	Making devices based on ion-ion correlations in nanofluidics, biology, and beyond	Marino Arroyo
MarkusBuehler	Mary boyce	Mathematical models for the cardiovascular system: numerical simulation, control and optimization, clinical applications
Matrix Regulation of Mesenchymal Stem Cells: Implications for Heart Valve Disease	Matteo Negri	Mechanical Behavior of Cells on Tissue Engineering Scaffolds
Mechanical Engineering in the Biotech Century	Mechanical Investigation of Naturally-Occurring High Performance Materials	Mechanical Signaling by Motor Proteins during Mitosis and Cell Motility
Mechanical Signaling in Cells and Tissues	Mechanical and Chemical Effects in the Adhesion of Shells	Mechanics of Biologically Inspired Adhesion, Friction and Engineered Surfaces
Mechanics of Deformation-Triggered Pattern Transformations and Superelastic Behavior in Periodic Elastomeric Structures	Mechanics of Soft Composites: The Interplay between Geometrical Structuring and Large Deformation to Achieve Novel Behavior	Mechanics of Stretchable and Dissolvable Electronics
Mechanics of Surface Effects in Nanoscale Device-Making and Manufacturing	Mechanics of Two-dimensional Media: Carbon Nanotubes and Fluid Membranes	Mechanics of two-dimensional media: carbon nanotubes and fluid membranes
Mechanisms of self-organization for the collagen fibril lattice in the human cornea	Mesoscale models of flow and transport in porous media	Micro Neural Implants
Microfluidic Devices for Cell Capture, Sorting, and Culture	Microfluidic Tools for Metabolomics	Modeling Cell Mechanics with Continuum Theories
Morton Gurtin	Multiphysical Particulate Systems	Multiscale Modeling of Heterogeneous Materials and Inhomogeneous Layers with Resolved Mesoscale
Multiscale and Multiphysics Modeling of Materials	Name	Nano Hand-Eye System for Science and Engineering
Nanoengineered Surfaces: Transport Phenomena and Energy Applications	NatarajanSukumar	New Page Name
Nuclear mechanics and cell phenotype	Numerical Methods of Electromagnetic Phenomena in Complex Inhomogeneous Systems	OliverPaul
On the interaction between mechanics and chemistry: Two case studies in (i) Lithium Ion Batteries and (ii) Heterogeneous Catalysis	On the modeling of industrial processes	Optical dissection of worm behavior
Ortner	OrtnerAbs	Pablo Zavattieri
Paradigm Changes from Analytical to Data-Driven Engineering Modeling: Is It a Boon or Menace?	Partition-of-unity finite elements for quantum-mechanical calculations in condensed matter: Have planewaves finally met their match?	Peanuts vs. Pyramids: Two Perspectives on MEMS
People	PeterSchiavone	Peter Pinksy
Pradeep Guduru	Pradeep Sharma	Prashant Purohit
Probabilistic Nano-Mechanical Theory of Quasibrittle Structure Strength, Lifetime and Fatigue	Prospects for Nanocrystalline Metals and Alloys	PurohitAbs
Rafael Grytz	Ralph Mueller	Randomness and Fractals in Mechanics of Materials
Ravi	Recognition of Complex Biological/Nano Molecule Phenomena	Regulating Human Embryonic Stem Cell Self-Renewal and Differentiation by Mechanical and Chemical Cues
Reinforced elastomeric materials at large strains: effective behavior, microstructure evolution and macroscopic instabilities	Reinhart-King	Research
Reservoir stimulation: an approach based on variational fracture	RobertAsaro	Robert Carpick
Robert Haber	Robert McMeeking	Screencast
Sean Palecek	Seminar01	Seminar02
SeminarWG	Sensitivity Analysis, Uncertainty Quantification and Multiscale Modeling of High-Dimensional Environmental and Biological Systems	Shape transition in some systems involving surface and line energy
Sign-up	Signup link	Simulating hydrogen embrittlement and fast pathways for diffusion in austenitic stainless steels"
Simulation of Atherosclerotic Arteries-Generalized Convexity Conditions, Modeling of Damage and Residual Stresses	Size-dependent Mechanics and Applications to Quantum Dots, Nanoscale Piezoelectricity and Defects	Some Contact Problems Showing the Influences of Inhomogeneities
Spacetime Discontinuous Galerkin Methods for the Dynamics of Solids	Spring08	Spring0809
Spring0910	Spring1011	Spring1112
Spring1213	Spring1314	Spring1617
StephenFoiles	Steve Senturia	Stretchable electronics
Structural Mechanics of Viral Shells: Stretching Continuum Models to Their Limits	Structure-preserving Model Reduction of Partially-observed Differential Equations	Structure function assessment in bone - from macro to nano
Structure preserving discretizations for coupled problems in mechanics: overview and applications	Students	SungWoo
Sunil Puria	Surface Stress and its Importance to Nano-structured Materials	TBA
TOPICS IN PREDICTIVE SCIENCE: Validation and Uncertainty Quantification of Multiscale Models of Materials	Taher Saif	Tai sign-up
Tarek Zohdi	Teaching	The Little Cell That Could Tug: Traction Forces, Intercellular Forces, and Mechanotransduction at the Cell-Matrix and Cell-Cell Interface
The Mechanical NanoEngineering of Individualized Medicine	The Micromechanics of Bone Strength and Osteoporosis	The Role of Quadrature in Meshfree Method: Variational Consistency in Galerkin Weak Form and Collocation in Strong Form
The formulation of gradient theories for single-crystal plasticity at small length scales: size effects	The mechanics of the cytoskeleton and cell adhesions	The non-equilibrium thermodynamics and kinetics of focal adhesion dynamics
The tip region of a near-surface hydraulic fracture	Thermomechanical Probes at the Nanometer Scale	Three-Dimensional Modeling and Computational Analysis of the Human Cornea
Tissue Microenvironments in Cardiac Morphogenesis and Pathogenesis	Title	Todd Thorsen
TomaszWierzbicki	Turning weakness into strength: How protein materials balance strength, robustness and adaptability	Unified Interface Formulations combining Discontinuous Galerkin and Variational Multiscale Methods
VARIATIONAL AND COMPUTATIONAL ASPECTS OF PROBLEMS IN CLASSICAL AND GRADIENT PLASTICITY	Victor Barocas	W. G. Wolfer
Walter	Wei Cai	Wei Cai (UNCC)
Wei Cai UNCC	WilliamKlug	WingKamLiu
Winter08	Winter0809	Winter0910
Winter1011	Winter1112	Winter1213
Winter1314	Winter1617	Xxx
YCTai	Ziegler

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