Simulation Heat Sink Rod Block
If you want to compute a thermal analysis of cooling a heat sink with rod block you can use the simulation software NOGRID points.
Computer-aided thermal analysis is already widely used today. As a result, development cycles for heat dissipation and cooling concepts can be shortened considerably. In this study, an air flow is computed that cools a metallic heat sink consisting of round, thin rods. The heat sink is modeled as a thermally conductive solid so that heat can be absorbed and released. The air flow is a forced flow, such as that caused by fans.
Based on the geometrical model which can either be imported from your CAD or created with our CAD preprocessor COMPASS you can generate a computer model of a specific geometry in a very short time (compared to mesh-based methods) and see its thermal characteristics in advance.
The heat within the solid is transferred by heat conduction and thermal contact between air and solid is assumed to be ideal in this study. The heat within the air can be transferred by heat conduction and/or by heat radiation and by convection. Convection means that the heat is transported by the flow of the fluid. You can couple also all kinds of heat transfer mechanisms. In the example on the left side the heat sink is cooled by surrounding air and the heat sink is a homogeneous body with heat source terms inside. In the solid heat sink only heat transport by conduction is computed. Since both a solid and a fluid are in contact and thermally interact here, one also speaks of a multi-phase flow.
NOGRID points can perfectly be used for designing and problem solving of heat transfer cases. The speed of the temperature front and the cooling/heating rate can be predicted. NOGRID points helps to understand the flow by visualization of the mass, momentum and heat transfer of single and multiple phases. You receive integral quantities which you can use to analyze the heat exchange efficiency.
NOGRID unites abilities to handle free surface flow and moving parts in the domain and allows the simulation of any conceivable geometry and operation modes such as
- computation is in full 3D solving complete Navier-Stokes-Equations
- easy and intuitive setup also for FSI (Fluid-Structure-Interaction) cases
- free definable material properties by equations or curves
- evaluation of chemical reactions and corresponding heat source terms
- open or closed domains including inflow and outflow areas (non-batch mode)
- moving of parts and flexible thermal contact behaviour
Easy and fast modelling: Build geometry, mesh boundary, setup the case and start computation
What is CFD from NOGRID?
CFD solves the fundamental equations that define the fluid flow process. With CFD software from NOGRID every engineer makes better decisions by predicting, analyzing and controlling fluid flow, heat and mass transfer or chemical reaction. By using NOGRID software for flow modeling you receive information on essential flow characteristics as for example flow distribution. Using it additional to testing and experimentation NOGRID software helps to improve the evaluation of your design – resulting in better construction and operation parameters, increasing planning security and money savings due to faster time to the marketplace for your product or process.
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