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Air cooled heat sink geometries subjected to forced flow: A critical review

机译:经受强制流动的风冷散热器几何形状:严格审查

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摘要

With the prologue of new components with more and more heat dissipation, urge for novel heat sink philosophy is becoming a real challenge in today’s world. The new solutions should be able to cope with massive heat emanation while keeping the space and cost constraints. Finned (plate and pin) heat sinks are contrivance to these challenges with growing applications in present-day engineering arena and drawing the concentration of researchers.Paper deals with the critical review of different heat sink designs, limiting factors, effectiveness, limitations of various techniques and recent advancements in the field of innovative heat sinks.This study initiates with brief and comprehensive discussion regarding importance of heat sinks, its methodology; it’s suitability for present day heat dissipation issues, statistical data of various heat sink designs and a rich discussion of the work so far. The sole aspiration for this article is digging out the literature available so far with emphasis on experimental techniques and to propose strategy for future research. The outcome of the research will validate the concept of improved heat transfer approach, provide useful data for innovative design and help better understand the cooling capabilities of the pin fin technology.
机译:随着越来越多的散热的新组件的出现,对新颖的散热片理念的要求已成为当今世界的真正挑战。新的解决方案应该能够应对大量的热量散发,同时保持空间和成本的约束。翅片式(板钉式)散热器克服了这些挑战,在当今工程领域中的应用不断增长并吸引了研究人员的注意力。论文涉及对不同散热器设计,限制因素,有效性,各种技术局限性的严格审查本研究首先对散热器的重要性,其方法论进行了简短而全面的讨论。它适用于当今的散热问题,各种散热器设计的统计数据以及到目前为止的大量讨论。本文的唯一愿望是挖掘迄今为止可用的文献,重点放在实验技术上,并提出未来研究的策略。研究的结果将验证改进的传热方法的概念,为创新设计提供有用的数据,并有助于更好地了解针翅技术的冷却能力。

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