板托管回收锅炉过热器的数值研究

Amrinsyah Amrinsyah, A. syam, Darianto Darianto, Z. Zulfikar
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引用次数: 0

摘要

锅炉回收式过热器集箱上起支撑作用的重要部件是悬挂在吊杆上的一对支撑板。由于该部件处于严格绝缘和重载状态,因此很难进行实验分析。本研究旨在获得在模拟模式下静载荷作用下板上的应力分布。模型是在实际支撑板尺寸400x200mm,厚度15mm的基础上设计的。采用Ansys 5.4版有限元分析软件。Tresca和von Mises的失效分析理论成为材料强度的参考。b的面积接触理论代表了沿两个接触面积曲线确定应力区域长度的参考。所用材料为ASTM A514钢,屈服强度为690mpa。计算结果表明,支撑板上的应力沿曲线分布和存在破坏可能性的临界点。分析结果可为进一步建设提供参考。
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Numerical Study on Plate Holders Pipe Recovery Boiler Superheater
The important part which has a function as supporting of superheater header on the boiler recovery type (RB) is a couple of support plate which is hanged on the hanger rod. This part is very difficult to analyze by experimental because there are in a tight insulation and heavy duty condition. This research aim to obtain the stress distribution that happened on the plate as the effect of static load in simulation mode. The model is designed base on the dimension of real support plate size 400x200 mm and thickness 15 mm. It is use the FEM software of Ansys version 5.4. The theory of failure analysis of Tresca and von Mises become the reference for materials strength. The area contact theory of b represents the reference to determine the length of stress area along curve of both contact area. The material that is used is from steel ASTM A514 with the yield strength 690 MPa. The Result is stress distribution along curve and also critical point which has possibility failure occurs on the support plate. The analysis result could be a reference for the development of the further construction.
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