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Progress of constructal theory in China over the past decade

机译:过去十年中国建构理论的发展

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摘要

Constructal theory has been widely used in performance optimizations of various problems. Among these problems, engineering problem is a hot topic for constructal theory. The developments of constructal theory about engineering problem in China over the past decade are reviewed in this paper. Multi-disciplinary, multi-objective and multi-scale constructal optimizations of various transfer processes in engineering, such as heat conduction and thermal insulation processes, fluid flow processes, convective heat transfer processes of fins, heat sources, cavities, cooling channels, vascular networks and heat exchangers, mass transfer processes of porous mediums, heat and mass transfer processes of solid-gas reactors and solid oxide fuel cells, iron and steel production processes and generalized transfer processes, have been conducted since 2006. Performance improvements are realized, new design requirements are satisfied, and more practical and generalized results are obtained after new research objects, model improvements, optimization objectives, boundary conditions, constraint conditions and transfer extensions are considered. It shows that the developments of constructal theory are still being made in China, which will provide more design guidelines not only for engineering problem, but also for natural and social problems.
机译:构造理论已广泛用于各种问题的性能优化。在这些问题中,工程问题是构造理论的热门话题。本文回顾了近十年来中国工程问题建构理论的发展。工程中各种传递过程的多学科,多目标和多尺度结构优化,例如导热和隔热过程,流体流动过程,散热片的对流传热过程,热源,空腔,冷却通道,血管网络自2006年以来,已经进行了热交换和热交换器,多孔介质的传质过程,固体气体反应器和固体氧化物燃料电池的传热和传质过程,钢铁生产过程和广义传质过程。实现了性能改进,新设计在考虑了新的研究对象,模型改进,优化目标,边界条件,约束条件和转移扩展之后,满足了需求,并获得了更多实用和广义的结果。它表明,建构论在中国仍在发展,它将不仅为工程问题,而且为自然和社会问题提供更多的设计指导。

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