Conference Topics

  • TO01: Constitutive modeling
  • TO02: Homogenization theory
  • TO03: Transport phenomena
  • TO04: Wave propagation and dynamics
  • TO05: Bone mechanics
  • TO06: Fracture mechanics
  • TO07: Rock mechanics
  • TO08: Damage
  • TO09: Consolidation & subsidence
  • TO10: Partially saturated media
  • TO11: Fibrous materials
  • TO12: Numerical methods
  • TO13: Experimental techniques
  • TO14: Acoustics and seismicity
  • TO15: Cell and tissue mechanics
  • TO16: Geomechanics
  • TO17: Nano- and micro-poromechanics
  • TO18: Plasticity and viscoelasticity
  • TO19: Bio-inspired materials
  • TO20: Petroleum engineering
  • TO21: Biomechanics
  • TO22: Composite materials
  • TO23: Upscaling laws
  • TO24: Multi-phase flows
  • TO25: Non-Newtonian fluid
  • TO26: Soil mechanics
  • TO27: Physical-chemical coupling
  • TO28: Thermal coupling and effects
  • TO29: Electric and magnetic coupling
  • TO30: Geophysics
  • TO31: Materials science
© 5th Biot Conference on Poromechanics, 2013 Vienna/Austria