CAJ | 학술논문

本文针对9GSCC-1.4型水草收割机明轮驱动装置使用性能要求，基于Pro/E软件建立与物理样机相同的数字化模型，采用其Pro/MECHANICA模块对蹼板尺寸进行灵敏度分析，并对其结构尺寸进行了优化设计，实现水草收割机推进器有关动力学计算。通过上述步骤完成了明轮装置的数字化设计过程，为明轮装置系列产品的开发提供了一种新的设计模式。
본문침대9GSCC-1.4형수초수할궤명륜구동장치사용성능요구，기우Pro/E연건건립여물리양궤상동적수자화모형，채용기Pro/MECHANICA모괴대복판척촌진행령민도분석，병대기결구척촌진행료우화설계，실현수초수할궤추진기유관동역학계산。통과상술보취완성료명륜장치적수자화설계과정，위명륜장치계렬산품적개발제공료일충신적설계모식。
According to property requirement of paddle wheel of 9GSCC-1.4 hydrophytes harvester, The digital model of physical sample machine was established with Pro/E. The sensitivity analysis of paddle was done by Pro/MECHANICA in order to optimize its structure and calculate related power of hydrophytes harvester propeller. Finishing digital design process of paddle wheel,A new design mode of paddle wheel equipment in the area of exploitation of series of product are provided by above all process.