A software designed for estimating the magnetic pressure exerted by a magnet, usually primarily based on parameters like materials, form, measurement, and distance. As an example, such a software may predict the engaging pressure between a neodymium magnet and a metal plate at a selected separation.
Predicting magnetic pressure is essential in varied engineering and design purposes. Correct estimations facilitate optimized designs in fields like motor building, magnetic levitation programs, and sensor expertise. This avoids expensive prototyping and ensures environment friendly efficiency. Traditionally, estimating magnetic forces relied on complicated calculations and empirical knowledge. Specialised software program and on-line assets now provide readily accessible and user-friendly strategies for these essential estimations.