夹套
3.Compared with the common jacket, the wall thickness of jacket and inner chamber can be greatly reduced , and the manufacturing cost for the dimple jacket can be reduced greatly from the point of strength.
4.The Numerical Simulation of Heat Transfer in Dimple Jacket and Its Application
5.The Development of Energy - saving Technology of the Reaction Equipment Jacket and Agitator
6.Chemical cleaning of dowthem scales in heating casing of ball valve in PTA plant
7.The Heat-transfer & Structure Characteristics of Dimple-jacket Applied in Pressure Vessel
8.The main results can be summarized as following:(1) The heat transfer mathematical model of dimple jacket is established based on the motion and energy equations, continuous flow equations. The established equations are solved by means of FLUENT software.
9.In order to study the fluid heat transfer of the dimple jacket equipment and investigate the theory basis of the design and magnification of the equipment, a mathematical model is developed. CFD software is used to simulate the heat transfer coefficient of the dimple jacket with water as the jacket cooling media and the conducted oil as heating media.
10.The special designed cooling barrel jacketing has a large heat conduction area and good cooling effect.
