#finite element

“Fluid structure interaction (FSI) simulation of a cubic meter tank placed on board a marine vessel that is working under an extreme operating condition of 10 degree roll in 4 seconds.“

“67k tetrahedra”

“The following simulation demonstrates the ability of Stanley's patented "kiss-offs" (US Patent No. 6,460,478) and the HDXLPE plastic hull to absorb and dissipate EXTREME impacts ensuring survivability of the craft at sea and safety for the occupants.  The model is a slow-motion representation of our 7 meter boat impacting a 3 foot wave at 40 knots.  Comparative studies with fiberglass show hull failure at only 30 knots into the same 3 foot wave and substantially higher impact loads on the occupants.   Note:  Please be patient for this to load - it will loop when finished. This slow motion animation represents the forces involved in a 1 second impact.   The simulation was performed by SimuTech Group   http://www.simutechgroup.com/ .“

“MOVIE: NO TUNER.... This movie clip shows the powder's gas pressure traveling up the barrel at 1/4 inch increments. The deformations have been amplified by 500X so one can see the motions more clearly. If the deformations were not amplified the movie would show no motion and only the stress color fringes. These movies were calculated with an earlier pressure curve that delivered a 3685 muzzle velocity. Also gravity was not present since the barrel's downward sag amplified by 500X would obscure viewing the barrel motions. Note that the bolt moves aft a few mils from the chamber pressure. When the few mils is amplified by 500X, it looks like a big hole in the receiver.“

“Based on customer Finite Element standards, reliable 3D models are built to simulate representative cabinetry behaviour. For critical items, these models are often backed-up by analytical calculations.“

“Mesh for a plane wave diffraction by a submarine (length : 37 meters) excitation frequency : 1500 Hz (< 2GB RAM, 44mins)“

“Wölfel has acquired in depth knowledge to exactly these questions for many years through the use of high-end simulation and continuously developed this. The range of projects in various industries is unique for us.“

“A Real-Time Local Flaps Surgical Simulator Based on Advances in Computational Algorithms for Finite Element Models“