Welcome

Comfor is a modern, open-source simulation platform for composite forming and processing. Built in C++17/20, it uses an explicit finite element method (FEM) tailored to simulate complex manufacturing processes.

Engineered for modularity, transparency, and performance, Comfor bridges the gap between industrial robustness and academic flexibility. Whether you're modeling advanced forming processes or developing custom material behaviors, Comfor provides a powerful, extensible framework.

Why Comfor?#

📚 Built on a Scientific Foundation#

Comfor is backed by over a decade of academic and industrial R&D. Our numerical models are published, peer-reviewed, and validated in collaboration with:

ENIB (Brest national school of engineering)
INSA Lyon (Institut National des Sciences Appliquées de Lyon)
IRT Jules Verne (French Institutes of Technology)
UHA (Université de Haute Alsace)

Explore our references and publications in the Scientific References section.

🔍 Transparent Physics, From the Ground Up#

Forget the black-boxes. Fork the physics. At Innovamics, we expose every layer of the simulation stack—because understanding and trust matter. From material laws to solvers, you can inspect, audit, and modify:

Finite element formulations
Contact and interaction models
Boundary conditions and constraints
Time integration schemes
Plus every component involved in the simulation pipeline

This enables researchers and engineers to:

Audit and verify the mathematical models behind simulations
Extend or adapt specific aspects of the physics for custom use cases
Build trust in simulation results, with full control over assumptions and implementations

Our openness fosters a scientific environment where innovation, reproducibility, and transparency come first.