Electromagnetics

Simulate complete three-dimensional electromagnetics phenomena including Magnetostatics, Time-Harmonic Magnetics, Electrostatics and Transient Magnetics, with Thermal Coupling. Our electromagnetics offering is under continuous development to support more related problems. | Page 4

magnetic field cross cheack of multicharged

ROV-marine holding cleaning, automation, wall holding

Evaluate Capacitance values between TSVs and pads

Test bar position to heating rate sensitivity

NEMA 23 stepper motor anaylzed using Magnetostatics. Objective is to calculate the holding torque.

Project description:
This project focuses on simulating the mechanical and electronic properties of single-walled carbon nanotubes (SWCNTs) under various conditions. The primary objective is to analyze the tensile strength, conductivity, and structural integrity of SWCNTs to optimize their application in high-tech electronics, photonics, and advanced material engineering.

Exploration of the magnetic field generated by a Helmholtz Coil - Copy