Stanford Mechanics and Computation

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  1. "Atomistic Modeling at Experimental Strain Rates: Plasticity in Amorphous Solids"
  2. "Better Armor Materials"
  3. "Longer Timesteps for Molecular Dynamics of Proteins using Normal Modes"
  4. "Mechanics of Cell-Matrix Interactions in Three Dimensions"
  5. "New Production Methods for Manufacturing Nanofibers from Exotic Materials"
  6. "On the role of mechanics in human brain development"
  7. "Simulating hydrogen embrittlement and fast pathways for diffusion in austenitic stainless steels"
  8. "Soft Machines: From Artificial Muscles and Renewable Energy to Stretchable Ionics and Bionic Skin"
  9. "Thermomechanical and Interfacial Properties of Graphene"
  10. "Virtual Testing of Hopkinson's Heterogeneous Bars: How Close Are We
  11. "Virtual Testing of Hopkinson's Heterogeneous Bars: How Close Are We?"
  12. (signup)
  13. AFRL-9-12
  14. A Few Interesting Singular Integral/Integro-Differential Equations in LInear Elasticity
  15. A MEMS Approach to Drug Delivery
  16. A Unified Theory for Modeling Damage to Real Surfaces in Contact
  17. A data-driven approach to quantify quasi-equilibrium and non-equilibrium properties for complex multi physics systems
  18. Abstract page
  19. Adrian Lew
  20. Al Pisano
  21. Alan Needleman
  22. Alexander Panfilov
  23. Alexandre Tartakovsky
  24. An Introduction to the Virtual Element Method with Focus on Mechanics
  25. Analysis and Design of Materials and Structures for Attenuating Vibration and Acoustic Response
  26. Analysis of crack propagation by the Principle of Local Symmetry
  27. Anna Pandolfi
  28. Arif Masud
  29. Atomic-Scale Friction and Wear of Single Asperities
  30. Atomistic-to-Continuum Modeling for Multiscale and Multiphysics Simulation
  31. BabakZ
  32. Bazant
  33. Beirao
  34. Beth Pruitt
  35. Beyond the Elastic Modulus: Investigating How Complex Mechanical Cues Regulate Biology
  36. BillKing
  37. Biomechanics in Hearing
  38. Biomimetic Forces and Fibers for Wound Healing and Regenerative Medicine Applications
  39. Blaise Bourdin
  40. Blow up, periodicity, and parametric resonances in viscoelastic shells
  41. BrianKirby
  42. Bridging Multiple Structural Scales with a Generalized Finite Element Method
  43. CMOS MEMS for Mechanical Sensing and Neuroscience
  44. Carol Livermore
  45. Carsten Hartmann
  46. Castaneda
  47. Cavitation in rubber: An elastic instability or a fracture phenomenon
  48. Cavitation in rubber: An elastic instability or a fracture phenomenon?
  49. Cell Contractility in Disease Progression
  50. Cellular mechano-sensitivity - a new paradigm in the understanding of learning and memory
  51. Charles Steele
  52. Chris Fang-Yen
  53. Computational Homogenization of Random Network Microstructures in Soft Matter Materials
  54. Computational Models for Cochlear Mechanics
  55. Constraint forces on small elastic structures arising from thermal fluctuations
  56. Courses
  57. DUCTILE FRACTURE: Theory, Model Identification and Industrial Applications
  58. Damage Detection in Laminated Structures using Wavelet Transformation of Global Response
  59. Daniel Balzani
  60. David Barnett
  61. Daya Reddy
  62. Deformation of Plastically Compressible Hardening-Softening-Hardening Solids
  63. Detournay
  64. Development of a Microfluidic Lung
  65. Dirk Gillespie
  66. Doreen Wood
  67. Duartei
  68. Dynamic Biomechanics Of The Aqueous Humor And Iris
  69. Dynamic strain localization, failure and fragmentation
  70. Dynamics of Nanomechanical Cantilever Devices in Fluid with Applications to Atomic and Molecular Sensing
  71. Edin Sarajlic
  72. Editing Instructions
  73. Edmund Webb
  74. EduardoDvorkin
  75. Elasticity, Fracture and Piezoelectricity Size Effects in Semiconducting Nanowires
  76. Electrostatic Micromotors and Micromachining Methods for their Fabrication
  77. Ellen Kuhl
  78. EllisMeng
  79. Encased cantilevers and alternative scan algorithms for ultra-gentle high-speed Atomic Force Microscopy
  80. Eshelby Dislocation and Twisting of Nanowires
  81. Espinosa
  82. Evan Reed
  83. Evelyn Wang
  84. Extreme mechanics: Unraveling the high temperature and pressure dynamics of shock compressed materials
  85. Fall08
  86. Fall0809
  87. Fall0910
  88. Fall1011
  89. Fall1112
  90. Fall1213
  91. Fall1314
  92. Fall1415
  93. Fall1516
  94. Fall1617
  95. Fellowships
  96. Folded and Crumpled Two-Dimensional Materials – Where Shape Enables New Functions
  97. Fracture and delamination in the presence of interfacial sliding: application to mechanical degradation of thin film Si electrodes on substrates
  98. FrankSachse
  99. Freund
  100. From Droplets to Nanowires: Dynamics of Vapor-Liquid-Solid Growth

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