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基于ANSYS Icepak的某便携式设备热设计

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针对某便携式设备结构热设计,根据其使用环境条件要求,通过计算机箱表面热流密度及许用温升,确定机箱散热方式,选择适用风机,合理布局机箱内部各模块位置,确定机箱结构模型。利用三维建模软件UG对机箱样机进行建模,并结合ANSYS Icepak热仿真分析软件,对机箱进行热仿真分析计算,验证该机箱结构热设计方案的合理性、风机选择的适用性。该过程将理论分析与软件仿真相结合,极大地提高了电子设备结构热设计的效率及可靠性,为今后开展电子设备结构热设计提供参考。
Thermal Design of a Portable Device Based on ANSYS Icepak
Aiming at the thermal design of a portable device,according to the requirements of the using environmental conditions,this paper determines the heat dissipation mode of the chassis through calculating the surface heat flux and allowable temperature rise,then chooses the suitable fans and rationally arranges the location of modules inside the chassis,and determines the structure model of the chassis.It uses UG(3D modeling software)to carry out modeling for the chassis prototype,and combines the ANSYS Icepak(thermal simulation analysis software)for thermal simulation analysis calculation to verify the rationality of the thermal design scheme of the chassis and the suitability of the fans.The combination of theoretical analysis and software simulation can highly improve the efficiency and reliability of the thermal design of the electronic device,and provide a reference for future thermal design of the electronic device.

electronic devicethermal designIcepakthermal simulation

孟玮

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中国电子科技集团公司第二十研究所,陕西 西安 710068

电子设备 结构热设计 Icepak 热仿真

2024

现代信息科技
广东省电子学会

现代信息科技

ISSN:2096-4706
年,卷(期):2024.8(11)
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