How the solver works
A walkthrough of the closed-form path: Biot–Savart for the field, Neumann for mutual inductance, complete elliptic integrals for the circular cases — and why that means there is no mesh to refine.
Go deeper, live.
We are putting together a webinar programme on wireless power transfer coil design and the physics behind the simulator. Nothing is scheduled yet — add your name and you will get the invitation to the first session.
What the first sessions will cover
Reading a coupling curve
What k(d) actually tells you about a link budget, where the magnetostatic assumption stops holding, and how to sanity-check a result before you trust it.
Geometry to hardware
Taking a topology from the simulator to a fabricated coil: wire gauge, turn spacing, and the practical constraints that the idealised model leaves out.
How it will run
Sessions will be run by the people who build and maintain the solver, with live Q&A at the end. Recordings will be posted on this page once there are sessions to post.
If there is a topic you want covered, say so when you register — the early programme is being shaped around what people ask for.