It can be considered either as a fin of minimum volume for a given amount of heat dissipation, or as a maximum amount of heat dissipation for a fin of given volume.
因此有必要对肋片传热的最优化进行研究，它可以分成两类：在给定的传热量下确定最小的肋片体积；
The structural bearing capacities, ductility, energy dissipation, amount of steel and failure feature are analyzed systematically.
较系统地分析了结构的承载力、延性、耗能、用钢量和破坏特征等。
Heat transfer performance is significantly improved with closer approach temperatures, while the amount of fluid required for heat dissipation is substantially reduced.
运用更接近温度热传递性能大大提高，同时用于热量散发所需的流体也充分得到减少。
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