Where governing equations become instruments you can see.
A luxury visualization atelier for mechanical engineering. Real-time Euler–Bernoulli flexure, multi-layer radial conduction networks, and ASTM metallurgy rendered at 60 FPS in interactive WebGL.
- 03
- Active discipline stages
- 14+
- Analytical physics solvers
- 60 FPS
- Interactive WebGL engines
- <1 ms
- Zero-latency real-time response
Deflection
δmax = PL³ / 48EI
Midspan maximum flexure
Bending Moment
Mmax = PL / 4
Central point load
Three disciplines, one atelier.
Each subject is staged like an instrument — precise, tactile, and rendered with the restraint of a luxury product.
From equation to motion, in one gesture.
Mathematical modeling transformed into tangible visual intuition through analytical solvers and real-time GPU rendering.
Select your discipline
Navigate Euler–Bernoulli flexure, radial conduction networks, or crystal lattice metallurgy across dedicated simulation stages.
Dial physical parameters
Tweak spans, boundary constraints, convection rates, or unit cell atomic radii with instant mathematical validation.
Witness the physics in 3D
Watch the elastic curve deflect, thermal isotherms distribute across concentric shells, or Charpy specimens fracture in real time.
Bend the beam. Trace the heat flux. Fracture the specimen.
All three simulation stages are live — Euler–Bernoulli flexural solvers, composite radial thermal resistance networks, and ASTM E23 Charpy impact & crystal lattice models.