2009Food and MachineryRequires access

Shaped-tube sheet for heat evaporator by finite element analysis with APDL and optimization

Xiaohua He

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Abstract

Because of lacking design standard of shaped-tube sheet for evaporator,the thickness of the tube-sheet is thicker in engineering design.For the sake of getting reasonable thickness,the steady-state temperature field,mechanical field and thermal stress field of the series of the evaporator tube-sheets were processed by finite element analysis.So it can be seen that the influence of the temperature on tube-sheet is obvious,engineering design of the tube-sheet was conservative and the tube sheet can be optimized.All the results have laid the foundation for the tube-sheet design method.

About this research paper

What this paper is about

Because of lacking design standard of shaped-tube sheet for evaporator,the thickness of the tube-sheet is thicker in engineering design.For the sake of getting reasonable thickness,the steady-state temperature field,mechanical field and thermal stress field of the series of the evaporator tube-sheets were processed by finite element analysis.So it can be seen that the influence of the temperature on tube-sheet is obvious,engineering design of the tube-sheet was conservative and the tube sheet can be optimized.All the results have laid the foundation for the tube-sheet design method.

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Available abstract

Because of lacking design standard of shaped-tube sheet for evaporator,the thickness of the tube-sheet is thicker in engineering design.For the sake of getting reasonable thickness,the steady-state temperature field,mechanical field and thermal stress field of the series of the evaporator tube-sheets were processed by finite element analysis.So it can be seen that the influence of the temperature on tube-sheet is obvious,engineering design of the tube-sheet was conservative and the tube sheet can be optimized.All the results have laid the foundation for the tube-sheet design method.

Key concepts: Tube (container), Finite element method, Evaporator, Materials science, Thermal, Mechanical engineering, Field (mathematics), Composite material

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