甘肃冶金
甘肅冶金
감숙야금
GANSU METALLURGY
2014年
4期
26-29
,共4页
Slid Edge%转炉本体%三维建模%倾动力矩
Slid Edge%轉爐本體%三維建模%傾動力矩
Slid Edge%전로본체%삼유건모%경동력구
Slid Edge%converter main body%three-dimensional modeling%the tilting torque
本文介绍了基于Solid Edge的转炉本体研究和设计优化，利用SE对其进行三维的数字化，优化设计和设计计算，大大地简化了转炉重心的确定和倾动力矩的计算步骤，通过Solid Edge对转炉本体参数化，有效地提高产品设计的质量和开发的效率。
本文介紹瞭基于Solid Edge的轉爐本體研究和設計優化，利用SE對其進行三維的數字化，優化設計和設計計算，大大地簡化瞭轉爐重心的確定和傾動力矩的計算步驟，通過Solid Edge對轉爐本體參數化，有效地提高產品設計的質量和開髮的效率。
본문개소료기우Solid Edge적전로본체연구화설계우화，이용SE대기진행삼유적수자화，우화설계화설계계산，대대지간화료전로중심적학정화경동력구적계산보취，통과Solid Edge대전로본체삼수화，유효지제고산품설계적질량화개발적효솔。
The paper describes research and design optimization of the converter main body based on SolidEdge .Applica-tion of SolidEdge to digitization of three-dimensional, optimal design and design calculations for the converter , greatly sim-plifies calculation steps of the determination of the center of gravity on the converter , and calculation of the tilting torque . Application of SolidEdge for parametrization of the converter main body effectively improves the quality of product design and efficiency of exploitation .
