Fluids |
FM01 |
Biological fluid mechanics |
FM02 |
Boundary layers |
FM03 |
Zero-emission combustion |
FM04 |
Compressible flow |
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 suspension |
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 |
Fluids-Solids |
FS01 |
Acoustics |
FS02 |
Emerging experimental techniques across the length and time scales |
FS03 |
Nonlinear dynamics and pattern formation |
FS04 |
Porous media and liquid foam |
FS05 |
Fluid structure interactions |
FS06 |
Granular materials and flows |
FS07 |
Optimization for solids and fluids |
FS08 |
Education in mechanics |
FS09 |
Reduced order modeling of fluids and solids |
Solids |
SM01 |
Biomechanics and biomaterials |
SM02 |
Tribology-contact and friction |
SM03 |
Elasticity |
SM04 |
Damage & fracture mechanics |
SM05 |
Geomechanics and geophysics |
SM06 |
Impact mechanics and wave propagation |
SM07 |
Multi-component, composites and hierarchical materials |
SM08 |
Phase transformations and thermomechanical phenomena |
SM09 |
Additive manufacturing |
SM10 |
Multibody and vehicle dynamics |
SM11 |
Nanostructures and MEMS |
SM12 |
Plasticity, viscoplasticity and creep |
SM13 |
Stability and instability of materials and structures |
SM14 |
Computational solid mechanics |
SM15 |
Vibrations and control of structures |
SM16 |
Soft materials and extremely deformable structures |
SM17 |
Metamaterials architectured materials and topology optimization |
SM18 |
Nonlinear dynamics for design |