| Implementation of Heat Treatment Process Simulation with Object-Oriented Method |
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| 作者姓名： | Yongping Yu Yuzhen Niu Jian Li Changyong Guo Ning Gao Weidong Qiang Wei Wang . Beijing Research Institute of Mechanical and Electrical Technology Beijing China . The Science and Technology Ministry of China Beijing China . The S |
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| 作者单位： | Yongping Yu，Yuzhen Niu，Jian Li，Changyong Guo，Ning Gao，Weidong Qiang，Wei Wang 1. Beijing Research Institute of Mechanical and Electrical Technology，Beijing 100083，China 2. The Science and Technology Ministry of China，Beijing 100823，China 3. The S |
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| 摘 要： | IntroductionDuringheatingorcoolingprocess,metallicmaterialsundergotheevoluhonsoftemPeraturefield,phasecompositionsandstrCssfield.ThereexistseveralinteaCtionsl1-4](couPlingeffeCts)betWeenthesephenomena.TodescribeallthesephysicalprocessescorrecUyandefficientiy,thefiniteelementmethodisoftenadoPtedll'5'6].Asitiswellknown,conventionalfiniteelementanalysisprogramsarecomplicatCdanderror-Prone.ComPlexcontrolanddatastructuresassociatedwithsoftwaretendtOobscurefundamerealintenhons,maldngdevelopmen…
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Implementation of Heat Treatment Process Simulation with Object-Oriented Method |
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| Yongping Yu,Yuzhen Niu,Jian Li,Changyong Guo,Ning Gao,Weidong Qiang,Wei Wang . Beijing Research Institute of Mechanical and Electrical Technology,Beijing ,China . The Science and Technology Ministry of China,Beijing ,China . The S.Implementation of Heat Treatment Process Simulation with Object-Oriented Method[J].Journal of Shanghai Jiaotong university,2000(1). |
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| Authors: | Yongping Yu Yuzhen Niu Jian Li Changyong Guo Ning Gao Weidong Qiang Wei Wang |
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| Institution: | Yongping Yu,Yuzhen Niu,Jian Li,Changyong Guo,Ning Gao,Weidong Qiang,Wei Wang 1. Beijing Research Institute of Mechanical and Electrical Technology,Beijing 100083,China 2. The Science and Technology Ministry of China,Beijing 100823,China 3. The S |
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| Abstract: | In this paper, mathematical models and FEA formulation for implementing heat treatment process simulation were given out. The various coupling effects were treated. The object-oriented methodology of developing heat treatment simulation was explored. The framework of simulating programs was outlined. The main C classes were developed, some important member functions were implemented. The present research work shows that using object-oriented method can greatly reduce the amount of coding. The programs are clear in conception, easy to test, modify and expand. By using the methodology introduced in this paper, one heat treatment process three dimensional simulation tool was developed. |
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| Keywords: | Heat Treatment Phase Transformation Stress Field Temperature Field Object-Oriented Programming |
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