Define & simulate
Translate geometry, materials, loads and boundary conditions into a consistent physical model.
zerothX / by JJ Cooling
Computational
Thermal Intelligence.
Our thermal modeling work covers temperature, fluid flow and phase change. The display below is a demo; engineering calculations are carried out with our in-house solvers.
Our in-house simulation capabilities01 02 03 Published solver validation
zerothXJJ COOLING / PHYSICS INTELLIGENCE
DEMO · NO SOLVERMODEL FOUNDATION11reported solver families
PUBLISHED VALIDATION2.1 Kmean junction-temperature error
IEEE · 2021Published thermosyphon experimentT(x,y) / TEMPERATUREREV. 01
RELATIVE SCALELOW → HIGH
GOVERNING PRINCIPLEq = −k ∇T
ENGINEERING OUTPUTST, ΔP, Re — not calculated
Explore & optimize
Compare architectures and sensitivities. Resolve the trade-offs between temperature, pressure loss and system constraints.
Correlate & validate
Challenge the model with measured data. Establish the operating envelope before relying on a design.
The next step
Discuss your project
with our engineers.
Tell us what you are building and where you need help.