1. 廊坊师范学院数学与信息科学学院
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[1]关立新,刘庆玲.变截面柔性铰链组合柔度计算法及其验证[J].机械传动,2017,41(04):67-71.
Guan Lixin, Liu Qingling. Combined Compliance Calculation Method of the Flexure Hinge with Variable Cross Section and Its Verification[J]. 2017,41(4):67-71.
[1]关立新,刘庆玲.变截面柔性铰链组合柔度计算法及其验证[J].机械传动,2017,41(04):67-71. DOI: 10.16578/j.issn.1004.2539.2017.04.015.
Guan Lixin, Liu Qingling. Combined Compliance Calculation Method of the Flexure Hinge with Variable Cross Section and Its Verification[J]. 2017,41(4):67-71. DOI: 10.16578/j.issn.1004.2539.2017.04.015.
柔性铰链是一种最基本的柔性结构,柔度是柔性铰链最重要的性能参数。充分利用柔性铰链的结构特征,提出组合柔度计算法。针对直圆型、导角型、椭圆型3种基本类型柔性铰链的结构特征进行分析,选择半个柔性铰链为研究对象,合理设置积分变量,得到半个柔性铰链的柔度计算式。利用半个不同类型柔性铰链进行组合,可得到单边、双边、单一型、复合型12种柔性铰链的组合柔度计算式。选择双边直圆柔性铰链、双边直圆椭圆复合型柔性铰链、单边直圆导角复合型柔性铰链,分别采用文中给出的组合柔度计算方法、其他文献中的柔度计算式以及有限元法对其柔度进行分析计算,并对结果进行对比分析,验证文中给出的组合柔度计算方法的正确性与有效性。
The flexure hinge is the most basic compliant structure,the compliance is the most important performance parameter. The combined compliance method is proposed fully based upon the structure characteristic of the flexure hinge. The structure characteristics of the right circle,corner filleted and elliptical flexure hinge are fully analyzed,half of the flexure hinge is selected as the research object and the reasonable integral variable is set,the compliance formulas for calculating the half of the flexure hinge are obtained. By combining the different kinds of the half flexure hinge,the combined compliance formulas for calculating the compliance of the 12 kinds flexure hinges are obtained. The compliance of the right circle flexure hinge,right circle elliptical hybrid flexure hinge and right circle corner filled half hybrid flexure hinge are calculated and analyzed with the combined compliance formulas,literatures and the finite element method. By contrasting the calculation results,the correctness and validity of the combined compliance method are verified.
变截面柔性铰链结构特征组合柔度验证
Variable cross section flexure hingeStructure characteristicCombined complianceVerification
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