Modeling the physical world

Know how it performs before you build it

Fainite's Physics AI learns from the engineering data you already have and predicts how new designs will perform, and how they will behave in production, in minutes.

Fan blade-off impact, as drawn
Assistant
What is the lightest containment ring the released blade does not perforate?
Design 3, the 14 mm Ti-6Al-4V ring at 62 kg/m². The blade gouges its inner surface, but only 14 of its 238,000 elements erode, and it is 14% lighter than the lightest Al 2024 ring that is not perforated.
Ring designs evaluated6
Rings not perforated4
Explore faster with Fainite: change the design yourself on the platform

One engine for the physics behind your engineering

Fainite predicts full physical fields for new geometries, not a handful of numbers. The same prediction serves design exploration, verification, optimization and inverse problems.

Works across physics

Structural mechanics

Stress and deformation

Fatigue

Life and durability

Thermal

Heat transfer and cooling

Airflow and CFD

Ventilation and aerodynamics

Electromagnetics

Fields, losses and heating

Coupled multiphysics

Electro-thermal and thermo-mechanical

Manufacturing processes

Shrinkage, distortion and residual stress

Inverse problems

Material properties from test data

What minutes instead of hours means

Drag to choose how many design variants your team wants to evaluate, and compare the time it takes.

Based on one customer workflow: 3 to 8 hours per coupled analysis today, 3 to 5 minutes with Fainite.

Conventional solver13.8 working days
With Fainite1.3 hours

Find out what your engineering data could do

Share one engineering challenge with us. We will show you where Physics AI saves the most time.