摘要
针对复杂机械产品快速设计过程中流程无驱动、数据无载体等问题,提出了基于一致性产品信息模型和全设计流程理论的多平台产品快速设计新方法.基于骨架模型的Top-Down参数化建模原理,详细阐述包括规范计算、分析优化、参数化模型驱动及设计数据存储在内的多平台软件无缝集成技术以及数据模型规划方法.构建了产品快速设计平台软件架构.最后运用该方法构建了塔式起重机快速优化设计平台,完成了某塔机设计实例.实例表明,该塔机的研发周期大幅缩短,轻量化效果明显,验证了本文提出的多平台产品快速设计方法和技术的先进性和实用性.
According to the process with no drive, data with no carrier and other issues in the rapid design process of complex mechanical products, a new muhiplatform rapid design method of products was put forward based on the consistency model of product information and the whole design process. This pa- per studied the top-down parametric modeling theory based on the skeleton model deeply, and elaborated on the seamless integration technology of muhiplatform software, including specification calculation, optimization analysis, parametric model driving, storage of design data and planning method of data model. The rapid product design software architecture was constructed on the basis of the above research. At last, a rapid optimization and design platform of tower crane was developed on the basis of this method, and one tower design example was completed whose design circle was shortened greatly and lightweight effect was obvious. The rationality and practicability of the rapid design method proposed was also demonstrated.
出处
《湖南大学学报(自然科学版)》
EI
CAS
CSCD
北大核心
2016年第2期48-55,共8页
Journal of Hunan University:Natural Sciences
基金
国家自然科学基金资助项目(51175161
51475152)~~
关键词
快速设计方法
参数化模型
优化设计
软件集成技术
塔式起重机
rapid design method
parametric model
optimization design
software integration techtuque
tower cranes