Analysis on Nylon 6/6 Camshaft Gear Temperature Simulation In A 1.1 Kva Elepaq Generator Using Inventor and ANSYS

Olalekan Sanni, S. Oke
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Abstract

Camshaft gear temperature simulations are presently crucial as they offer a distinctive visual account of the temperature profile within the generator, they permit superior manufacturing assessment and the design of heat-resistant camshaft gear with high performance and low cost. However, available information to designers is inadequate as they omit the approximate global maximum temperature, particularly for the nylon 6/6 camshaft gear in a 1.1 kVA elepaq generator. In this article, the idea is to simulate and account for the global minimum and maximum temperature using the Inventor and ANSYS software. The stress-induced on the generator was considered. The results of the simulation revealed an approximate global maximum temperature of the nylon 6/6 camshaft gear as 37°C max with 22°C min. Furthermore, the global minimum at 35°C max with 21°C min was considered. Besides, the structural steel global maximum of 38°C max, 25°C min and global minimum 35°C max, 24°C min. The stress values did not exceed 0.1419 MPa on ANSYS but the ANSYS revealed that the camshaft gear strain was within safe limits. The simulation approach predicts the minimum and maximum temperature of the nylon 6/6 camshaft gear and the stress and strain values. The utility of this attempt is to help designers to implement effective decisions on material choice and design parameters for optimisation, performance and low-cost design.
基于Inventor和ANSYS的1.1 Kva发电机尼龙6/6凸轮轴齿轮温度仿真分析
凸轮轴齿轮温度模拟目前是至关重要的,因为它们提供了发电机内温度分布的独特视觉描述,它们允许卓越的制造评估和高性能低成本耐热凸轮轴齿轮的设计。然而,设计师可获得的信息是不充分的,因为他们忽略了近似的全球最高温度,特别是对于1.1 kVA elepaaq发电机中的尼龙6/6凸轮轴齿轮。在本文中,我们的想法是使用Inventor和ANSYS软件来模拟和计算全球最低和最高温度。考虑了发电机的应力诱导。仿真结果表明,尼龙6/6凸轮轴齿轮的近似全局最高温度为最大37°C,最小22°C。此外,考虑了最大35°C,最小21°C的全局最小温度。此外,结构钢的整体最大值为38°C max, 25°C min,整体最小值为35°C max, 24°C min。ANSYS的应力值不超过0.1419 MPa,但ANSYS显示凸轮轴齿轮应变在安全范围内。仿真方法预测了尼龙6/6凸轮轴齿轮的最低和最高温度以及应力和应变值。这种尝试的效用是帮助设计师在材料选择和优化设计参数、性能和低成本设计方面实施有效决策。
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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