The Most Effective FEA Software Tools
Our software tools include ANSYS, LS-DYNA, PTC Creo Simulate (formerly Pro/Mechanica), ROMAC, and Siemens PLM Femap.
Structural FEA
To predict deformations, stresses, and fatigue life of large structures, such as pumping stations, down to implantable biomedical devices.
Vibration FEA
Modal analysis to predict natural frequency and resonance, harmonic forced response to predict magnitude and phase of response, and spectral analysis to predict random and seismic loading response.
Dynamics FEA
To understand complex transient behavior in response to time varying excitation including contacting bodies, eroding contact, friction, large deflections, and plasticity nonlinearities.
Rotordynamics FEA
To understand torsional natural frequencies and lateral critical speeds of rotating equipment. API and Hydraulic Institute guidelines followed.
Learn More About Rotordynamics FEA
Thermal FEA
To predict steady and transient temperature fields, thermal expansion/contraction and thermally induced stresses including differing materials, and temperature dependent properties.
Acoustic FEA
Acoustic analysis of fluids for various applications, such as machines where noise may be more problematic than vibration, and in piping where acoustic resonance can cause destructive stresses.
Electromagnetic FEA
To understand magnetic fields and associated electric currents and voltages present in generators, electric motors, conductors, and solenoid designs.
Corrosion FEA
MSI has developed a technique to estimate galvanic corrosion electric currents and material loss over time using a customized finite element method.
Multiphysics FEA
To understand the full performance of a system, especially including complex interactions and side effects.
