Abstract
In this paper, the heat dissipation structure of separated heat pipe is designed and studied. Firstly, based on Newton's heat transfer law in problem 1, the calculation method of convective heat transfer coefficient is obtained by differential solution. The coefficient effectively reflects the convective heat transfer, that is, the heat dissipation intensity. The temperature gradient on the surface of solid container is calculated by assuming the flow rate of seawater and the heat dissipation temperature of server. Then, the tensile strength and foundation are compared and analyzed. The results show that when the solid container is placed on the seabed, the tensile strength will occupy a greater influence factor than the yield strength. Finally, it is concluded that AISI 1080 carbon structural steel is more suitable as container manufacturing material.
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