A water-cooling system consists of water jacket, water pump, radiator, thermostat, cooling fan, rubber hose, etc. 水冷法系统包括水套,水泵,幅射器,温箱,冷却风扇,橡胶水喉,等。
Modeling and Dynamic Simulation of Cylinder Jacket Water Cooling System for Main Marine Diesel Engine 船舶主机缸套冷却水系统的建模与动态仿真
In-line Chemical Cleaning of the Copper Jacket and Cooling Water Pipe of No.2 Flash Furnace 2~闪速炉水套及冷却水管在线化学清洗
The same jacket or wall cavity is utilized during cooling of the product by introducing a cold medium and cooling the product contact surface. 同样利用容器的加套或空心壁在冷却产品时引入冷却介质,并且冷却产品的接触表面。
In the optimized water jacket the stagnant zones are basically eliminated and the cooling capacity of the water jacket is improved obviously with good effect in the real application. 仿真结果表明:改进后缸体内的流动死区基本消除,水套的整体冷却能力显著提高,实际应用效果良好。
CFD Analysis for Cylinder Head Water Jacket in Separated Cooling Type Diesel Engine 分体冷却式柴油机缸盖水套的CFD分析
By using the methods such as soft water jacket cooling and static loop back cooling, it can lower the end-temperature of friction couple to solve the problem. 采取软化水夹套冷却和新增静环背冷等措施,可降低摩擦副端面温度,从而解决密封泄漏的问题。
WATER CYLINDER Jacket Cooling Water Temperature Control System of Marine Engine 船用主机缸套水温度控制系统
Three-way regulating valve is currently used to control the temperature of cooling water in jacket cooling water system of main marine diesel engine. 为了实现船舶主柴油机的变流量冷却,需要对主机缸套冷却水系统进行水力计算。
With increasing value of height width ratio of water channel K, both the velocity of water flow in the cooled jacket and equivalent heat transfer area of water channel section decreased so that the cooling capacity of cooled jacket was weaken. 水道高宽比K值对水冷套冷却能力的影响规律是:K值增加,水道内水流速、等效传热面积均减小,水套的冷却能力降低。
The design and manufacture of half pipe jacket used as cooling devices of agitated reactors 搅拌反应釜冷却装置&半管夹套的设计与制作
Study on Intelligent Control for Jacket Cooling Water System of Main Marine Diesel Engine 船舶主柴油机缸套冷却水出口温度的智能控制
Design of fresh water generating using jacket cooling water 柴油机缸套冷却水制淡系统的设计
Cylinder block water jacket needs modification to eliminate local flow stagnation so as to improve cooling uniformity. 气缸体水套结构需要改进,以清除局部冷却液死区,进一步改善冷却均匀性。
For this reason, the numerical simulation on the flow and heat transfer in engine water jacket becomes a principal method to optimum cooling system. 因此,内燃机水套冷却液流动数值模拟便逐渐成为目前研究内燃机水套冷却液流动、设计和优化水套结构的重要手段。
Geometry model including whole six cylinder cooling system ( cylinder block water jacket, cylinder head water jacket, oil cooler water jacket) is established which can reflect the performance of the whole cooling system. 几何模型包含了整个冷却系统(缸体水套、缸体水套、油冷器水套等),这样能充分反映出整个冷却系统的性能。
Therefore, heat balance analysis of the cooling water jacket, flow field analysis of the cooling water jacket and performance optimization are very important to maintain the suitable operating temperature of gasoline engine components. 因此,汽油机冷却水套热平衡分析、汽油机冷却水套流场分析及其性能优化对保证汽油机零部件保持适宜工作温度,确保其工作可靠性和良好性能、实现节能减排目标具有重要的现实意义。
Finally, this paper studies the heat exchanger effect of cooling water jacket on the cylinder head for the cooling media of different parameters. 最后,本文研究了冷却介质流动参数对缸盖水腔换热效果的影响。
Honeycomb jacket used in the integrated equipment has been devised, and the heat transfer performance of its water cooling structure has been predicted by numerical simulation and verified by experiment test. 传热强化技术的研究,设计了用于集成装备的蜂窝夹套,对蜂窝夹套水冷却结构的传热性能进行了数值模拟,并进行了实验验证。
Moreover, the temperature in the stator coil can be reduced effectively if the rate of water in the jacket increase, and we should select proper rate to obtain the best cooling effect. 另外,加快水套内冷却水的流动能有效降低定子绕组温度,考虑选用恰当的流速,以最小的代价获取最佳冷却效果。