Electronics & High Tech

From electronic chips and printed circuit boards (PCBs) to smartphones or computers, SimScale is the perfect tool for electronics simulation, enabling companies to ensure power optimization, durability, efficiency or thermal performance for their products. | Page 30

Simulating heat flow through CPU water block cooler - Copy

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Thermal simulation for 20 W per-resistor, 4 resistors with TO220 package (assuming 14,6x10.1 mm2 = 147.46 mm2 contact area).

Análisis de transferencia de calor de un disipador

Thermal heating simulation on YIG sample - Copy

simulate the airflow and pressure dynamics of my DIY air filter

to simulate the parameters involved in blending

Determine the temperature and heat flux distribution over a heat sink made up of Aluminium alloy whose base is attached on the CPU which is releasing heat flux at the rate of 2000 W/m2. In order to cool it a cooler booster fan blows air for which convective film heat transfer coefficient of 20 W/m2-K is maintained.

Determine the temperature and heat flux distribution over a heat sink made up of aluminium alloy whose base is attached on the cpu which is releasing heat flux at the rate of 2000 W/m2. In order to cool it a cooler booster fan blows air for which convective film heat transfer coefficient of 20 W/m2-K is maintained.

Thermal Simulation of RF Board Heat Sink Dense Fins