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Implementation of a multi-faceted design approach to overcome cooling problems in high power electronics

机译：实施多方面设计方法以克服大功率电子设备中的冷却问题

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Maguire Luke Mechanical Manufacturing Engineering Faculty of Engineering UNSW;
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年度 2005
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1. Cooling strategy for effective automotive power trains: 3D thermal modeling and multi-faceted approach for integrating thermoelectric modules into proton exchange membrane fuel cell stack [J] . Abdel Raouf Mayyas, Dilip Ramani, Arunachala M. Kannan, International journal of hydrogen energy . 2014,第30期

机译：有效汽车动力总成的冷却策略：3D热建模和将热电模块集成到质子交换膜燃料电池堆中的多方面方法
2. Conceptual design and simulation investigation of an electronic cooling device powered by hot electrons [J] . Su Guozhen, Zhang Yanchao, Cai Ling, Energy . 2015,第OCTaPTa2期

机译：由热电子驱动的电子冷却装置的概念设计和仿真研究
3. Thermal and Manufacturing Design Considerations for Silicon-Based Embedded Microchannel-Three-Dimensional Manifold Coolers-Part 2: Parametric Study of EMMCs for High Heat Flux (～1 kW/cm~2) Power Electronics Cooling [J] . Kl Wook Jung, Sougata Hazra, Heungdong Kwon, Journal of Electronic Packaging . 2020,第3期

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4. Cooling problems and thermal issues in high power electronics - a multi faceted design approach [C] . Behnia, M., Maguire, . 2004

机译：大功率电子设备中的散热问题和散热问题-多方面的设计方法
5. Cooling Strategy for Effective Automotive Power Trains: 3D Thermal Modeling and Multi-Faceted Approach for Integrating Thermoelectric Modules into Proton Exchange Membrane Fuel Cell Stack. [D] . Ramani, Dilip. 2014

机译：有效汽车动力总成的冷却策略：3D热建模和将热电模块集成到质子交换膜燃料电池堆中的多面体方法。
6. Swing-like pool boiling on nano-textured surfaces for microgravity applications related to cooling of high-power microelectronics [O] . Sumit Sinha-Ray, Wenshuo Zhang, Barak Stoltz, 2017

机译：在纳米纹理表面上沸腾的水池状沸腾用于与大功率微电子冷却相关的微重力应用
7. Cooling strategy for effective automotive power trains: 3D thermal modeling and multi-faceted approach for integrating thermoelectric modules into proton exchange membrane fuel cell stack [O] . Abdel Raouf Mayyas, Dilip Ramani, Arunachala M. Kannan, 2014

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8. Thermal Enhancement of Silicon Carbide (SiC) Power Electronics and Laser Bars: Statistical Design Optimization of a Liquid-Cooled Power Electronic Heat Sink. [R] . Scofield, J. D. 2015

机译：碳化硅（siC）电力电子和激光棒的热增强：液冷电力电子散热器的统计设计优化。

Implementation of a multi-faceted design approach to overcome cooling problems in high power electronics

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