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- 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
- 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
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- Fall1314
- Fall1415
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- 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
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- 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
- WilliamKlug
- WingKamLiu
- Winter08
- Winter0809
- Winter0910
- Winter1011
- Winter1112
- Winter1213
- Winter1314
- Winter1617
- Xxx
- YCTai
- Ziegler