Resources

Researchers at the Lawrence Livermore National Laboratory (LLNL) have developed techniques that promise to redefine the limits of nanoscale 3D printing.

Among all existing TFM geometries, the Clawpole TFM (CTFM) may offer the optimal compromise between torque density and ease of construction and manufacturing.

ResMed is a leading global manufacturer of medical equipment designed to treat and manage sleep apnea and other chronic respiratory problems. The latest battery-powered CPAP and lung ventilation devices bringing patients relief require small electric BLDC motors, and low-power consumption...

TraVolTra is a system for HF modeling and simulation of power transformers.

By performing transient FEM simulations of electrical machines under short-circuit conditions, engineers have a tool for understanding the dynamic effects without risking damaging to the machine.

In 2014, 22 multidisciplinary student teams set out to build the world’s most eco-energy-friendly vehicle as part of the Shell Eco-Marathon in Detroit.

In this presentation, Adrian Perregaux explores how MagNet can be leveraged for levitation.

Christina Chen of Magnet Energy LLC set out to simulate the force of enormous magnets in order to establish equations for various magnets of different dimensions at 23 air gaps.

A magnetic gearbox (MG) can operate with low noise and vibration, and any kind of non-contact operation eliminates the need for gear lubrication.

The Advanced Manufacturing and Materials Laboratory (AMML) at the university is attempting to advance printed and flexible microelectronics manufacturing and lithium-ion battery production.

According to a new report from Transparency Market Research, North America is largest part of the 3D printing powder material market, with 38% of global demand.

The Harvard team has decoupled fiber orientation from the print path using a rotational printhead that also generates a shear field as the ink is deposited.