Meshless, Hybrid Lagrangian-Eulerian, non-linear Explicit Dynamics FEA



Structural analysis of a full detail wing and engine structure using material point method Structural analysis of a fuselage mid-section using material point method Geomechanics soil stability analysis Structural analysis of the Seattle Space Needle using material point method Pre-processing frontal crash analysis of a car using material point method Structural analysis of a fighter jet engine using material point method Full frontal crash analyis of a formula student chassis using material point method Crash analysis of a hexweb honeycomb using material point method Frontal crash analysis of a car using material point method
Structural analysis of the Seattle Space Needle using material point method
Pre-processing frontal crash analysis of a car using material point method
Structural analysis of a fighter jet engine using material point method
Geomechanics soil stability analysis
Full frontal crash analyis of a formula student chassis using material point method
Frontal crash analysis of a car using material point method
Structural analysis of a fuselage mid-section using material point method
Crash analysis of a hexweb honeycomb using material point method
Structural analysis of a full detail wing and engine structure using material point method

MPMsim: Material Point Method Simulation


MPMsim™ is a next generation meshless multi-physics simulation and analysis software with a firm focus on empowering science and engineering with full-detail analysis at exceptional accuracy levels.

It natively overcomes inherent legacy core formulation limitations and subsequent inconveniences of competing finite element analysis solutions through its unique hybrid Lagrangian-Eulerian non-linear explicit dynamics solver.

This robust Material Point Method based simulation engine was meticulously engineered from the ground up and has been both internally and externally verfified and validated to high standards for over a decade by various notable and cross-disciplinary finite element method experts.

Featuring a simplified and shortened workflow, MPMsim™ eliminates the need for meshing and CAD de-featuring, the two most labour intensive and expertise extensive tasks in FEA.