Topics

Topics

  • MS01 - Modeling and controlling turbulent shear flows
  • MS02 - Local mechanics of climate processes
  • MS03 - Biological fluid-structure interaction at the microscale
  • MS04 - Nonlinear dynamics for design
  • MS05 - Mechanics of additive manufacturing
  • MS06 - Mechanics of C-allotropic materials and structures
  • FM01 - Biological Fluid Mechanics
  • FM02 - Boundary Layers
  • FM03 - Combustion and Flames
  • FM04 - Compressible Flows
  • FM05 - Convection
  • FM06 - Drops, Bubbles and Interfaces
  • FM07 - Multiphase and Particle-Laden Flows
  • FM08 - Flow Instability and Transition
  • FM09 - Thin Film Flows
  • FM10 - Geophysical and Environmental Fluid Dynamics
  • FM11 - Low-Reynolds-number flows and suspensions
  • FM12 - Micro- and Nano-fluidics
  • FM13 - Non-Newtonian and Complex Fluids
  • FM14 - Computational Fluid Dynamics
  • FM15 - Turbulence
  • FM16 - Vortex Dynamics
  • FM17 - Waves in Fluids
  • FM18 - Electro- and Magneto- Hydrodynamics
  • FM19 - Other Topics in Fluid Mechanics
  • SM01 - Biomechanics and Biomaterials
  • SM02 - Tribology - Contact and Friction
  • SM03 - Damage Mechanics
  • SM04 - Elasticity
  • SM05 - Fracture Mechanics
  • SM06 - Geophysics and Geomechanics
  • SM07 - Impact Mechanics and Wave Propagation
  • SM08 - Multi-component, Composites and Hierarchical Materials
  • SM09 - Phase Transformations and Thermomechanical Phenomena
  • SM10 - Sizescale Effects in Materials
  • SM11 - Multibody and Vehicle Dynamics
  • SM12 - Nanostructures and MEMS
  • SM13 - Plasticity, Viscoplasticity and Creep
  • SM14 - Stability and Instability of Materials and Structures
  • SM15 - Computational Solid Mechanics
  • SM16 - Vibrations and Control of Structures
  • SM17 - Soft Materials and Extremely Deformable Structures
  • SM18 - Metamaterials
  • SM19 - Other Topics in Solid Mechanics
  • FS01 - Acoustics
  • FS02 - Exascale Computing
  • FS03 - Experimental Methods in Mechanics
  • FS04 - Nonlinear Dynamics and Pattern Formation
  • FS05 - Porous Media
  • FS06 - Fluid Structure Interactions
  • FS07 - Smart Actuating Systems
  • FS08 - Granular Materials and Flows
  • FS09 - Foams and Cellular Materials
  • FS10 - Optimization for Solids and Fluids
  • FS11 - Inverse problems in fluid and solid mechanics
  • FS12 - Education in Mechanics

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