| Computer Casing |
| The thermal design for an electric device is an indispensable operation
in order to carry out operational stability of the apparatus. It is especially
important for the high-speed and miniaturized electronic devices to consider
diverse conditions; not only the heat conduction from the parts but also
the air flow inside the case and the exhaust path in order to prevent hot
air to be still in the internal package. With HEAT Designer and STREAM,
it is possible to conduct the comparison analysis of various combinations
such as fans and opening positions. |
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| Power Supply Unit |
The power　supply unit which transforms voltage emits large amounts of heat.　The
power supply unit has the forced heat dissipation system by means of fans
and the natural heat dissipation system.
HEAT Designer can stably compute the natural heat dissipation cases since the calculation parameters for electrical and electronics equipment are set by default. |
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| Heat sink 1 |
Predicting the performance of sole heat sink might be the first step to
the simulation.
You can consider the thermal conduction influenced by the interval and thickness of a fin, and the heat-transfer coefficient influenced by the wind velocity on fin surface. |
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| Heat sink 2 |
Some of heat sinks are integrated type with fan.
SC/Tetra would be used for these parts which include fan rotation for cooling.
You can evaluate the performance of the heat sink in steady state computation within a relatively short time when not considering fan rotation which makes the phenomenon unsteady state. |
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| Electronics device |
| You can calculate the thermal conduction of electronics device and circuit
board. Our products enable you to compute the heat flux to the circuit
board in consideration of the internal structure of electronics device.
You can also consider the wiring pattern of the circuit board into the
thermal conductance. |
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| Car audio and Navigation system |
| Car audio and Navigation system generate much heat. The inside of the automotive
dashboard is subjected to extremely high temperatures. Therefore, the appropriate
handling of thermal problem is essential. HEAT Designer and STREAM are
suitable to calculate such a case which requires high accuracy since they
consumes less memory, in turn, they can calculate the large number of mesh
or complicated geometry in another word. |
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| Pyrostat and furnace |
The electronic manufacturing equipment such as a reflow furnace is precisely-controlled in order to keep uniform temperature for a certain period.
STREAM can evaluate the temperature dissipation on a circuit board in relation to the arrangement of the air outlets since it can calculate the wind velocity and the temperature while moving the circuit boards. |
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