Fluid · Electronics & Semiconductors
Implicit Semi-Lagrangian Advection for Electronics & Semiconductors
Apply the implicit semi-lagrangian advection to real electronics & semiconductors problems — in the browser, with AI assistance.
This is the implicit variant of the Semi-Lagrangian Advection. Semi-Lagrangian schemes trace characteristics backward in time and interpolate, giving stability at large timesteps — the basis of Stam's Stable Fluids.
In electronics & semiconductors, teams face challenges like thermal hotspots, electromagnetic interference, miniaturization. The implicit semi-lagrangian advection directly supports use cases such as chip thermal analysis, pcb em simulation, package stress, and PolySim's AI Copilot can recommend settings and catch common setup errors before you run.
Typical Electronics & Semiconductors use cases
- Chip thermal analysis
- PCB EM simulation
- Package stress
Upgrade your workspace
Math / Dynamical Systems Kit — $19
ODEs, PDEs, chaos, and dynamical-systems exploration.
Recommended products
Migration Service
$175We migrate a model from COMSOL, Ansys, or MATLAB to PolySim.
Materials Property Report
$6A sourced report on a material's mechanical & thermal properties.
Reproducible Research with PolySim
$18Publish reproducible, citable computational research.
Enterprise
$480/moOn-prem/air-gapped deployment with dedicated clusters.
Video Export Credit ×3
$4Render three 4K simulation videos of your time-domain results.
Shareable Interactive Embed
$3Publish one live, interactive embed of a simulation to any site.