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Design and Analysis of Steel Reel Shaft by Using FEA

机译：使用FEA的钢卷轴设计与分析

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This paper describes the analysis of steel reel shaft as drive shaft in a process of umbilical spooling of wire rope. There is a need to investigate shaft behaviour in the conditions of increasing workload. The aim is to investigate avoiding possible redesign or enabling redesign with minimal costs. Stress analysis has been carried out by using finite element analysis (FEA) and results are compared with the analytically calculated values. Finite element analysis has been carried out using maximum stress criteria and the area of potential failure is found. The main objective of this paper is to find balance in results between "design by rule" and "design by analysis". Design by rule provides rules on how to design a steel reel shaft using analytical equations and other strict rules from design elements. Design by analysis provides rules on using numerical analysis, typically finite element analysis to design a steel reel shaft. The steel reel shaft has been geometrically modelled using SolidWorks. To check all stresses, linear static analysis is done using DSS Simulation and Ansys.
机译：本文介绍了钢卷轴作为驱动轴在钢丝绳上的脐带上的驱动轴分析。需要在增加工作量的条件下调查轴行为。目的是调查避免可能重新设计或通过最低成本进行重新设计。通过使用有限元分析（FEA）进行了应力分析，并将结果与​​分析计算值进行比较。使用最大应力标准进行了有限元分析，并找到了潜在的失败区域。本文的主要目的是在“通过分析设计规则”和“设计”之间的“设计”与“设计”之间找到平衡。通过规则设计提供了关于如何使用分析方程和来自设计元素的其他严格规则设计钢卷轴的规则。通过分析设计提供了使用数值分析的规则，通常有限元分析来设计钢卷轴。钢卷轴已经使用SolidWorks几何模型。为了检查所有压力，使用DSS仿真和ANSYS完成线性静态分析。

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