Continuum Mechanics: General theories; Elasticity; Plasticity; Homogenization & localization; Geomechanics; Micromechanics; Multiscale problems; Multifield problems; Contact mechanics

Material Mechanics: Damage and fracture; Fatigue; Viscoelastic materials; Composite materials; Smart materials; Material modelling; Biomaterials

Structural Mechanics: Beam structures; Plates & shells; Stability; Structural impact; Composite structures; Reliability and safety; Forming processes; Casting processes; Inverse problems; Biostructures

Dynamics: Noise and vibrations; Nonlinear dynamics; Kinematics; Multibody dynamics; Control of structures & mechanisms; Biomechanics of motion

Experimental Mechanics: Hybrid techniques; Experimental analysis; Non-destructive control techniques; Noise and vibration; Instrumentation

Computational Mechanics: Finite elements; Boundary elements; Stochastic methods; Meshless methods; Optimization; High performance computing

Coupled Problems: Fluid-structures interaction; Thermomechanics; Aeroelastic problems; Earthquake & wind engineering; Magnetomechanical problems; Electromechanical problems