Bhatti, 'Investigation of thermal management materials for automotive electronic control units', Applied Thermal Engineering, vol. 31, no. 2-3, pp. 355- 362, 2011.MALLIK S, EKERE N, BEST C, BHATTI R. Investigation of thermal management materials for automotive electronic control units [J]. ...
Back to Thermal Management Silicones Back to Silicones for Automotive Electronics As devices are getting smaller, more powerful and more efficient, operating temperatures are increasing. Higher energy density directly translates into more heat. Therefore, the entire electronics industry is looking for bette...
Today, tomorrow and in the future - Eberspächer stands for reliable automotive systems and components in the fields of emission control, thermal management and vehicle electronics worldwide.
The use of thermoplastics in automotive thermal management systems and components is growing as automotive design engineers look for ways to enhance safety, increase energy efficiency in electric vehicles, or reduce emissions of internal combustion engines. Laser plastic welding is the perfect assembly te...
Automotive Excellent thermal management of highly electrified modules. Discover More EV Battery High dielectric strength offering additional security to the battery. Discover More Aismalibar, Thermal Management solutions Since 1934 Aismalibar has more than 60 years of experience in manufacturing high-end ...
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This paper reviews thermal management challenges encountered in a wide range of electronics cooling applications from large-scale (data center and telecommunication) to small-scale systems (personal, portable/wearable, and automotive). This paper identifies drivers for progress and immediate and future ch...
Multi-award-winning formulations in various mediums allow Henkel to provide thermal management materials that offer essential heat dissipation for applications within numerous markets. These include automotive, consumer, telecom/datacom, power and industrial automation, computing, and communication, among othe...
Thermal management dissipates excessive heat away from a part, so that it functions properly and does not combust. In electric vehicle (EV) batteries, thermal management usually involves gap fillers or thermal interface materials (TIMs).
The thermal management system based on PCMs has shown great performances in the electronics temperature control, especially for the PCMs with thermal conductivity enhanced. Nevertheless, the PCMs-based passive thermal management systems are only suitable for equipment working periodically. The latent heat ...