微型机与应用
微型機與應用
미형궤여응용
MICROCOMPUTER & ITS APPLICATIONS
2012年
24期
86-88
,共3页
机械产品%协同仿真设计%SolidWorks%自动管理%人工管理%齿轮
機械產品%協同倣真設計%SolidWorks%自動管理%人工管理%齒輪
궤계산품%협동방진설계%SolidWorks%자동관리%인공관리%치륜
mechanical products%co-simulating design%SolidWorks%automatic management%manual management%gear
为了保证机械产品质量,提高产品生产效率,满足不同客户的特殊需求,对SolidWorks做二次仿真开发,并在此基础上进一步做协同开发,实现协同、仿真合二为一;同时,对后台大量仿真数据采用自动管理和人工管理两种方式,确保前台协同仿真设计系统的高效性、实用性。
為瞭保證機械產品質量,提高產品生產效率,滿足不同客戶的特殊需求,對SolidWorks做二次倣真開髮,併在此基礎上進一步做協同開髮,實現協同、倣真閤二為一;同時,對後檯大量倣真數據採用自動管理和人工管理兩種方式,確保前檯協同倣真設計繫統的高效性、實用性。
위료보증궤계산품질량,제고산품생산효솔,만족불동객호적특수수구,대SolidWorks주이차방진개발,병재차기출상진일보주협동개발,실현협동、방진합이위일;동시,대후태대량방진수거채용자동관리화인공관리량충방식,학보전태협동방진설계계통적고효성、실용성。
To guarantee the quality of mechanical products, improve production efficiency and meet the special needs of different customers, the paper did the second simulation development of SolidWorks. And on this basis, the paper did further collaborative development, to achieve combination of synergy and simulation; At the same time, both automatic management and manual management are applied to a large number of background simulation data, to ensure the efficiency and practicality of the front cosimulation design system.