Finite Element Analysis (FEA) is a numerical method for studying mechanical behavior of fluids and solids. The pyLabFEA package introduces a lightweight pure-python version of FEA for solid mechanics ...

Abstract: The model allows the ultrafast nonlinear simulation of the steady-state performance of synchronous machines and is particularly suitable for brushless motors with nonoverlapping windings ...

This software was developped to generate all the results for the paper Lamoureux, Ramananarivo, Melancon & Gosselin "Simulating flow-induced reconfiguration by coupling corotational plate finite ...

Magneto-electro-elastic (MEE) materials, a new type of composite intelligent materials, exhibit excellent multifield coupling effects. Due to the heterogeneity of the materials, it is challenging to ...

Abstract: At present, the 3-D magnetotelluric (MT) unstructured finite element modeling approaches often adopt the block-wise uniform conductivity parameterization method, in which the Earth ...

Introduction: Concern has grown over the potential long-term effects of repeated head impacts and concussions in American football. Recent advances in impact engineering have yielded the development ...

Finite element analysis can help design a robust mechanical architecture to pass one of the toughest tests in medical device design. Time to market is a key factor for new medical product success.

Finite element models are useful for investigating internal intervertebral disc (IVD) behaviours without using disruptive experimental techniques. Simplified geometries are commonly used to reduce ...

In advanced engineering circles, the finite element method — or, more commonly, finite element analysis — is a real staple. With the advent of more powerful home computers, though, even your home ...