• Static calculations

Calculations for the parts under load taking into account nonlinear response of the materials, solving contact problems, calculations for seals, simulation of forming and deformation of workpieces, strength calculations for serrated joints and couplings, simulation of bolted joints, detection of stress-strain state of structures, caused by heating or cooling.

  • Dynamic calculations

Calculation of natural frequency of structures and structural modes, rotor dynamics, determining the steady-state response of the model under harmonic load, determining seismic stability of buildings and structures, estimation of impact, wave, aerodynamic, or vibration effect on equipment, determining nonstationary response of the structure resulting from time-varying loads.

  • Fatigue life

Calculation of natural frequency of structures and structural modes, rotor dynamics, determining the steady-state response of the model under harmonic load, determining seismic stability of buildings and structures, estimation of impact, wave, aerodynamic, or vibration effect on equipment, determining nonstationary response of the structure resulting from time-varying loads.

  • Rapid processes

Simulation of bodies’ interaction at high speed and their further destruction, for example, ballistic shock and penetration of bodies into different mediums. Simulation of detonation and blast wave propagation, metal treatment under pressure, vehicle collision, emergency destruction of industrial equipment, progressive collapse of buildings and structures.