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Finite Element Analysis of Strand Burner

机译:股线燃烧器的有限元分析

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摘要

The burning rate is a crucial element in the performance of a solid propellant rocket. Strand burner is a device used to measure the propellant burning rate at elevated pressure. Solidworks Simulation is one of the software that is capable of performing finite element analysis that widely used to estimate the mechanical behavior of materials and structures in engineering applications. The objective of this paper is to analyze stresses in developing safe strand burner by using Solidworks Simulation. The strand burner is designed and analyzed using Solidworks 2016 software. Solid standard mesh meshing element is selected for purpose. The withstand loads and stresses on strand burner physically structure is measured by both simulation analysis and hand calculation. The result show the safety factor on developing strand burner is obtained by both method is 2.31. Based on safety factor generated, the strand burner can be test until 60.61 bars (6.061 MPa). In conclusion, the burning test inside the strand burner chamber can be test up to 126 bars. The design is safe for operating conditions.
机译:燃烧速率是固体推进剂火箭性能的重要元素。 Strand燃烧器是用于测量高压下的推进剂燃烧速率的装置。 SolidWorks仿真是能够执行有限元分析的软件之一,这些分析广泛用于估计工程应用中材料和结构的机械行为。本文的目的是通过使用SolidWorks模拟来分析安全绞线燃烧器的应力。使用SolidWorks 2016软件设计和分析Strand燃烧器。选择固体标准网啮合元素用于目的。通过模拟分析和手动计算来测量钢绞线物理结构上的耐受载荷和应力。结果表明,通过两种方法获得了显影链燃烧器的安全系数。基于安全系数产生的,股线燃烧器可测试直至60.61杆(6.061MPa)。总之,钢绞线室内的燃烧试验可以测试高达126巴。该设计对于操作条件是安全的。

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