Optimum design of welding transformer |
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Authors: | CHEN Jianzhong Welding Institute Xi'an Jiaotong University Xi'an Shanxi . SHI Yaowu ZHAGN Xiuying ZHANG Xiongjun Beijing Polytechnic University Beijing . ZHAO Haiyan Welding Institute Tsinghua University Beijing |
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Affiliation: | CHEN Jianzhong,Welding Institute,Xi'an Jiaotong University,Xi'an,Shanxi,710049. SHI Yaowu,ZHAGN Xiuying and ZHANG Xiongjun,Beijing Polytechnic University,Beijing,100022. ZHAO Haiyan,Welding Institute,Tsinghua University,Beijing,100088 |
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Abstract: | Welding transformer is widely used in industry manufacturing, depleting a large portion of electricity energy.Based on modern computer technology and mathematical programming, optimum design of electro-magnetic devices leads to highly efficient use of energy and materials. Are welding transformer is optimized here. A mathematical model,considering both productive cost and operating losses, which is called or Economical-through-Life transformer, is established. Mixed penalty function method, mixed dispersing variable method and improved orthogonal method have been applied to carry out the optimization calculations. Result shows that the power factor is quite important in an Economi-cal-through-Life transformer, and that some principles must be followed in the design work. Also discussed are the advantages and disadvantages of the three methods. In the end, the prospect of optimum design of welding transformer is forecast. |
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Keywords: | welding transformer optimum design penalty function mixed dispersing variable method orthogonal design |
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