Meshless, Hybrid Langrangian-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

April 2025



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.

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.