CONSTRUCTION DESIGN FOR 4.5 BAR WATER TUBE TYPE BOILER USING SOLIDWORKS 2018 SOFTWARE

A. Ariyanto
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Abstract

Distillation or simple distillation uses the principle of separating two or more liquids based on differences in the boiling points of each component. The distillation process itself has two main stages, namely the evaporation stage and the condensation or condensation stage. Therefore, distillation equipment uses a heating device in the form of a boiler and a cooler in the form of a heat exchanger. In the refining process, the heart of the distillation system lies in the boiler as a steam producing component. Therefore, the effectiveness of the boiler to produce saturated steam greatly determines the results of the refining process. To determine the power of the boiler, it is necessary to analyze the Boiler simulation calculations which include Von misses, displacement and safety factor simulations. The simulation is carried out at a pressure of 4.5 Bar which produces a Von misses max value. of 3.444 MPa, with the highest displacement value of 0.002 mm and the smallest value of 0 mm, and produces a safety factor value of 75. With this safety factor value, it can be said that the frame construction is safe.
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利用solidworks 2018软件对4.5 bar水管式锅炉进行结构设计
蒸馏或简单蒸馏使用的原理是根据每种成分的沸点差异分离两种或两种以上的液体。蒸馏过程本身有两个主要阶段,即蒸发阶段和冷凝或冷凝阶段。因此,蒸馏设备采用锅炉形式的加热装置和换热器形式的冷却器。在精馏过程中,蒸馏系统的核心是作为蒸汽产生部件的锅炉。因此,锅炉产生饱和蒸汽的有效性在很大程度上决定了精炼过程的效果。为了确定锅炉的功率,需要对锅炉的模拟计算进行分析,包括冯氏误差、位移和安全系数的模拟。仿真是在4.5 Bar的压力下进行的,该压力产生了一个Von miss最大值。为3.444 MPa,最大位移值为0.002 mm,最小位移值为0 mm,安全系数为75。有了这个安全系数值,可以说框架结构是安全的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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