Jean-Louis Gelet and Antoine Gerlaud
Mersen, France
Large electrical systems carrying high currents could pose a danger if any of their components, such as fuses and bus bars, fail. In order to increase safety and improve manufacturing, it is necessary to understand the failure mechanisms of those components. One of those components, a bus bar, is made up of a single piece of conducting metal that replaces individual, thick cables when conducting a large current across a short distance and to many loads.
Mersen, an international company with expertise in surge protection, manufactures bus bars that are laminates with a film of insulating material glued between conducting plates at different potentials. If the temperature in a bus bar gets too high, however, the glue or insulation can be destroyed.
A group at Mersen, focusing on electric protection, used COMSOL simulations to determine the temperature field generated by the Joule effect, and eliminate any identified hot spots.
Suggested Stories
Illuminating Complex Material Behavior with Multiphysics Simulation
At Canadian Nuclear Laboratories, multiphysics simulation is used to gain insight into the behavior of nuclear fuel ...
Researching a New Fuel for the HFIR: Advancements at ORNL Require Multiphysics Simulation to Support Safety and Reliability
In response to the increasing awareness of the risks associated with the proliferation of nuclear materials, the ...
Simulation Software Brings Big Changes to Cable Industry
The design and testing of high-voltage cables for terrestrial and submarine applications is paramount to Prysmian's ...
6 シミュレーション主導のスピーカー開発例
バーチャルリアリティゲーム用のヘッドフォンから補聴器用の強力なトランスデューサーまで, マルチフィジックスシミュレーションがスピーカーの新製品や改良品の開発に活用されている6つの事例をご紹介します.
