不粘煤振动干馏试验装置的设计过程与主体结构仿真分析

In this paper, combining with computer modeling and simulation of engineering design new ideas, aluminums oxide balls are used as heat carrier in the solid heat carrier low temperature distillation process method, the design process and the main structure of the non-stick coal solid heat carrier vibration distillation test system are simulated and analyzed. Using the finite element analysis software ANSYS Workbench analyzes and designs the strength and thermal coupling to the main structure of the related parts, and the computer aided design software Solid Works is used to design the specific parts of the three-dimensional entity and virtual assembling. The following conclusions: The maximum stress intensity of the base is 10.5μm; the maximum heat flux is 5.935kW/m^2, the maximum deformation caused by heat is 27μm; the maximum heat flux is 40.8kW/m^2, the maximum amount of heat caused by the deformation of 11.1μm/m; the heat flux of coal particles decreases gradually from surface to central point, the maximum heat flux is 8.49×10^(-5)W/m^2, the maximum deformation of particles is 8.49×10^(-5)W/m^2, the maximum deformation of the particles is 16.2 μm; the simulation results show that the theoretical temperature of the coal in the bed is consistent with the calculated law, and the reliability of the simulation is explained.