发动机散热器

汽车发动机散热器的发展趋势及其对铜材的要求

Development Trend of Car Radiator and Its Requirement on Copper Materials

汽车发动机散热器散热面积的计算

The Calculation to Heat - transfer Area of Automobile Engine 's Radiator

防爆胶轮车柴油发动机散热器的设计

Design of Diesel Engine Radiator in Model Flameproof Rubber-tyred Locomotive

斯特林冷却器必须拒绝的两倍多热的奥托或柴油发动机散热器。

Stirling cooler must reject twice as much heat as an Otto-or Diesel-engine radiator .

发动机散热器焊装、喷漆生产线的总体设计

General Design of Fitting-up Line of Radiator

针对常用的汽车发动机散热器，在大量试验和分析计算的基础上，建立散热器传热及阻力特性的数学模型，并在MATLAB/SIMULINK环境中建立其仿真模型。

A Mathematical model on the performance of heat transfer and air pressure drop for automobile radiators is established . A simulation model is also developed in MATLAB / SIMULINK environment .

汽车发动机散热器特性仿真研究针对常用型式的汽车发动机散热器，在大量实验和分析计算的基础上，建立了预测散热器传热及阻力特性的计算模型，并编制了设计计算程序。

In this paper , a mathematical model to predict the performance of heat transfer and pressure drop for automotive radiators is established . Some calculating correlations are recommended on the basis of analysis and experimental research for various kinds of radiators .

发动机铝质散热器的研制

Development of the Aluminium Radiator of Engine

在这一过程中，水不断地在发动机与散热器之间循环，水携带着热量从发动机流到散热器再散发出去。

In operation , water continuously circulates between the engine and radiator , carrying heat from the engine to the radiator .

液体金属溶液热力学冷却系统通过在发动机和散热器之间流动的液体冷却液（加了防冻液的水）使发动机降温。

The cooling system takes heat away from the engine by circulating a liquid coolant ( water mixed with antifreeze ) between the engine and a radiator .

介绍了汽车发动机冷却系散热器、风扇和水泵的仿真优选方法。

This paper introduced a simulation optimization method for the radiator , fan and the water pump of an automobile cooling system .