FEA – Finite Element Analysis
Linear and nonlinear static analyses (elasto-plasticity, contacts)
Modal, harmonic and transient analyses with consideration of prestress and cyclic symmetry (Campbell diagram, SAFE diagram)
Simulation of heat conduction, transfer and radiation – steady-state and transient analyses with consideration of temperature dependent material properties
FSI analyses – one way/two way analyses based on sharing of boundary condition of CFD and FEA.
Coupled-field analyses – electric-thermal-structural coupled simulation
Fatigue – low and high cycle fatigue and fracture mechanics
Creep – simulations of stress relaxation under high temperatures
Acoustics – modal, harmonic and transient analyses of interiors and exteriors
CFD – Computational Fluid Dynamics
Aerodynamics studies – laminar / turbulent flow of compressible and incompressible fluids
Multiphase flow – dispersed phase, miscible and immiscible liquids
Flow in the rotation machines – fluid flow simulation compressible / incompressible fluids in impellers, rotational wheels and stages, determining of the efficiency
Pressure losses and pulsation flow – calculation of pressure losses, un-stabilities and its reduction – piping, fittings, valves, inlet and outlet cases of energetic devices and turbomachines.
Optimization of heat transfer – boiling and condensation – heat exchangers and condensators optimization
Flow in the gaps and rotational parts – labyrinth sealing, bearings and flow inside the gear boxes, determination of the flow characteristics, mass flows and hydrodynamics conditions
Temperature fields – determination of temperature field distribution and heat transfer coefficients – stationary / nonstationary regimes, shape optimization.
Aerodynamics noise – aerodynamics noise axial / radial machines
Wet air simulation – condensation and absorption, HVAC and heating technique, optimization of air inlets diffusers.
EM – Electromagnetic simulation
Electromagnetic field computation and visualization, voltage and current distribution.
Electromagnetic computation of electric machines – motors, transformers and actuators.
Structure electromagnetic resonance frequency and R, L, C, Z, G parameters computation, switching noise reductions.
Design and optimization of electric machines and their parameters.
Multiphysical analysis – coupling with other FEA/CFD solvers
Loss heat computation, air/water cooling and heat transfer via FEA/CFD
Electric circuit computation with additional mechanics or hydraulics elements
Complex physical system simulations – model reductions
EMC/EMI – elimination of undesired conductive, inductive and capacitive couplings and radiation.
Microwave/RF structure parameters computation.