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EMWorks Days coming to Europe!
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November 6, 2018
Münster, Germany
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November 8, 2018
Hannover, Germany
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November 9, 2018
Royal Leamington Spa, UK
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November 12, 2018
Praha 10, Czechia
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November 14, 2018
Paris, France
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EMWorks2D: New 2D EM Simulation inside SOLIDWORKS
Come and explore our new product EMWorks2D
Wednesday, October 10, 2018
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ASNT Annual Conference 2018
George R Brown Convention Center Houston, TX
Booth #407
Sunday, October 28, 2018
See Details
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Motor & Drive Systems 2018
Orlando, Florida
Booth #115
Tuesday, January 22, 2019
See Details
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The Multi physics Anlyses using EMS inside SOLIDWORKS
EMS STRUCTURAL SIMULATION OF MAGNETIC MICRO-ACTUATOR DESIGN FOR TACTILE DISPLAY
A variety of developed actuation mechanisms are used for the reproduction of tactile sensation in haptic devices. In this application note, the proposed tactile micro-actuator (Figure 1) is based on Micro-magneto-mechanical systems. It allows high deflection of its deformable active surfaces under high magnetic forces. Hence, the use of a high mechanically resistant elastomeric material, was successfully processed as an alternative to classical PDMS, in such tactile applications. Figure 2 shows the displacement of the membrane of the studied system.
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Figure 1 - 4×4 micro-actuator array: mounting and integration into its packaging
Figure 2 - Section plot of the Resultant displacement of the membrane.
Read the full article |
| MULTI PHYSICS SIMULATION OF ELECTROMAGNETIC PULSE WELDING PROCESS INSIDE EMS
Magnetic pulse welding (MPW) process is an innovative, high speed forming technology, widely used in aerospace and automobile industries. This technique can be compared to explosion welding, however, instead of explosives, it uses a magnetic force to accelerate the objects.
Electromagnetic simulation coupled to thermal analysis is performed to study the heating effect during the MPW welding process. A case study consists of a one turn coil combined with a field shaper. This article will show the multi physics capabilities of EMS to solve an electromagnetic and thermal problem in time domain using the EMS transient module. Figure 3 shows the simulated model. The temperature distribution for the tube during first half period of the impulse current is shown in Figure 4. It shows the region highlighted for the sudden increase in temperature during the collision
Read the full article
More Applications here |
James P Allison and Tasuku Honjo win Nobel prize for medicine
Two scientists who discovered how to harness the body’s immune system to fight cancer have won the 2018 Nobel prize in physiology or medicine.
James Allison, of the US, and Tasuku Honjo, of Japan, will share the 9m Swedish kronor (£775,000) prize, announced by the Nobel assembly at the Karolinska Institute in Stockholm.
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 (Image from The Guardian)
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Switched Reluctance Motor for Electric Vehicles
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