Skip to content

How these docs work

This page is your map to the Allsolve documentation. If you are new to Allsolve, the Introduction is the best starting point. Open the application in the EU or US instance and follow along!

Task Page
Set up a geometry Geometries
Mesh a model Meshing
Define variables & boundary conditions Variables & functions
Run a simulation Simulations overview
Chain simulations together Inputs & outputs
Interpret logs Logs
View & export results Results
Automate with the SDK Allsolve SDK
Get AI help with my project Allsolve Agent

Tutorials are grouped by application area — MEMS, ultrasound, radio frequency, heat transfer, and so on. There is no need to work through every one. Pick the area that matches your field of interest; each tutorial is self-contained and teaches the same core Allsolve workflow through a different physics domain.

Within an area, the numbered series builds up from the basics. Start at 001 and work forward if the whole area is new to you, or jump straight to the case that matches your problem.

If you have never opened Allsolve before, the most guided starting points explain every click and setting: Bending of a cantilever beam for solid mechanics, PMSM electric motor for magnetics, MEMS pull-in analysis for multiphysics MEMS, or AC losses in HTS tape for superconductors.

Later tutorials in a series are more compact. They present more complex setups with sparser instructions, assuming you already have a basic grasp of working with Allsolve — for example Loudspeaker with a cabinet for acoustics, Manifold microchannel heat sink for conjugate heat transfer, and FCBGA free warpage for semiconductor packaging.

FAQ should provide answers to all general questions you might have. If an answer to something important is missing, let us know at support@quanscient.com.

Other useful resources: