NX/WAVE在圆柱形氢镍电池设计上的应用

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英文篇名：Application of NX/WAVE in design of cylindrical Ni/MH battery 作者：黄潇 ; 刘德仿 ; 赵永金 ; 廖萍 英文作者：HUANG Xiao;LIU De-fang;ZHAO Yong-jin;LIAO Ping;School of Mechanical Engineering, Nantong University;College of Mechanical UGS, Yancheng Institute of Technology; 关键词：圆柱形氢镍电池 ; WAVE ; 自顶向下设计 ; 结构设计 英文关键词：cylindrical Ni/MH batteries;;WAVE;;top down design;;structure design 中文刊名：DYJS 英文刊名：Chinese Journal of Power Sources 机构：南通大学机械工程学院;盐城工学院机械优集学院; 出版日期：2019-02-20 出版单位：电源技术 年：2019 期：v.43;No.341 基金：南通市“226工程”项目(RC2015_4);; 南通市应用研究计划项目(BK2014029) 语种：中文; 页：DYJS201902030 页数：3 CN：02 ISSN：12-1126/TM 分类号：103-105

摘要

以D型圆柱形氢镍电池作为研究对象,其结构关联性紧密,电池造型复杂,传统自底向上的设计流程已经达不到当今市场对设计的要求。介绍了NX/WAVE技术和思想及自顶向下的设计方法。基于此技术方法,研究了圆柱形氢镍电池结构设计的WAVE技术,这样可以有效地梳理辨析出电池结构之间的关联关系和配合关系,解决电池结构设计知识有效重用的问题。很大程度地减少了电池的设计所需设计周期,设计效率也得到提升,WAVE技术的价值优势在此得到体现。
        Taking a D-type cylindrical Ni/MH battery as the research object, because of its close structure relevance and complex battery modeling, the traditional bottom-up design process can not meet the design requirements of the current market. This paper introduced the NX/WAVE technology and top-down design method. Based on the technology, the structure of cylindrical Ni/MH battery was designed by WAVE technology, the relations between battery structures was analyzed, and the effective reuse of battery structure design knowledge was increased. To a great extent, the cycle of the battery design was reduced, the design efficiency was improved, and the advantage of the parallel design was reflected here.

引文

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