位置：成果数据库 > 期刊 > 期刊详情页
Convective heat transfer characteristics of line-to-line vascular microchannel heat sink with temper
  • ISSN号：1359-4311
  • 期刊名称：Applied Thermal Engineering
  • 时间：2016.1.25
  • 页码：606-613
  • 相关项目：扩展表面型热源/沉的多尺度构形优化及强化传热机制研究
作者： Xudong Fan|Zhihui Xie|Fengrui Sun|Lingen Chen|
同期刊论文项目
扩展表面型热源/沉的多尺度构形优化及强化传热机制研究
期刊论文 36 会议论文 11 获奖 10
同项目期刊论文
Constructal design for “+” shaped high conductive pathways over a square body
Constructal optimization of cylindrical heat sources surrounded with a ？n based on minimization of h
Constructalcomplex-objective optimization of electromagnets based on maximization of magnetic induct
基于耗散率最小的“盘点”脉管网络构形优化
Constructalentransy dissipation rate minimization for tree-shaped assembly of fins
Constructal entropy generation rate minimization of line - to - line vascular networks with convecti
基于(火积)耗散率最小的“盘点”冷却流道构形优化
微、纳米尺度下圆盘(火积)耗散率最小构形优化
积耗散率最小的圆柱形构造体传质构形优化
Constructal optimization of a disc-shaped body with coolingchannels for specified power pumping
Constructal optimizationfor a single tubular solid oxide fuel cell
基于高导热材料非均匀分布的体点导热构形优化
The optimal configuration of reciprocating engine based on maximum entransy loss
基于火积理论的圆柱体热源构形研究
强迫对流条件下圆柱体热源的构形研究
微、纳米尺度下基于构形理论的树状圆盘整体导热性能优化
基于火积理论的圆柱体热源构形
Constructal optimization for “ disc - point ” heat conduction at micro and nanoscales
Constructal optimization of cylindrical heat sources with forced convection based on entransy dissip
矩形肋片热沉（火积）耗散率最小与最大热阻最小构形优化的比较研究
基于理论的圆柱体热源构形
变物性条件下基于（火积）理论的圆柱体热源构形研究
基于(火积)耗散率最小的燃气涡轮叶片冷却构形优化
H形树网通道中湍流对流换热熵产分析
Constructal entransy optimizations for insulation layer of steel rolling reheating furnace wall with convective and radiative boundary conditions