Industry
Simulation for Materials Science
Discover and characterize materials computationally.
Key challenges
- Property prediction
- Microstructure
- Failure mechanisms
Common use cases
- Molecular dynamics
- Fatigue modeling
- Composite analysis
Methods used in Materials Science
Finite Element Method (FEM) for Materials ScienceFinite Volume Method (FVM) for Materials ScienceFinite Difference Method (FDM) for Materials ScienceRunge–Kutta (RK4) for Materials ScienceSemi-Implicit Euler for Materials ScienceVerlet Integration for Materials ScienceSemi-Lagrangian Advection for Materials ScienceJacobi / Gauss–Seidel Iteration for Materials Science
PolySim OS gives materials science teams a fast, browser-native path from idea to running simulation — no desktop install, no per-seat license shock, and an AI Copilot that turns plain-English intent into a working model.
Upgrade your workspace
Research Paper Repro Kit — $29
Tools to reproduce and publish results from a paper.
Products for Materials Science
High-Res Mesh Credit
$4Unlock a fine-mesh solve for higher spatial accuracy on one run.
Compute & CreditsView →
Parameter Sweep (50 runs)
$12Run up to fifty parameter variations and compare results.
Premium ToolsView →
FEA / Structural Pro Pack
$39Structural, thermal, and modal finite-element analysis toolset.
Bundles & KitsView →
Priority Bug / Model Rescue
$60Fast-turnaround help when a model is broken before a deadline.
Expert ServicesView →
Mesh Quality Audit Report
$7An audit of your mesh with quality metrics and fixes.
Reports & IntelligenceView →
Student
$5/moVerified-student plan with cloud projects and copilot access.
Consumer PlansView →
▶ Run it, don't just read it