Home | Survey | Payment| Talks & Presentations | Job Opportunities
Journals   A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
Journal of Shanghai Jiaotong University
1007-1172
2000 Issue 1
Research and Application Prospect of Computer Simulation on Heat Treatment Process
Pan Jiansheng; Li Yongjun; Cu Jianfeng; Hu Mingjuan Open Research Lab for High Temperature Materials & Testing; SJTU; Shanghai; 200030
..............page:1-13
Finite Element Simulation of Processes Involving Moving Heat Sources. Application to Welding and Surface Treatment
J.M. Bergheau ; V. Robin; F. Boitout 1. LTDS; UMR55 13 CNRS/ECL/ENISE; 58; rue J. Parot; 42023 Saint Etienne Cedex 2; France 2.SYSTUS International; 84 Bvd Vivier Merle; 69485; Lyon Cedex 03; France
..............page:114-122
Process Modeling for Heat Treatment: Current Status and Future Developments
Tatsuo Inoue; Kiyoshi Funatani and George E. Totters 1.Department of Energy Conversion Science; Kyoto University; Kyoto; Japan 2.Nihan Parkurizing Co.; Ltd.; Nagoya; Japan 3.Union Carbide Corporation; Tarrytown; NY; USA
..............page:14-25
Current Density Distribution in Gas Tungsten Arc Welding Process
Hongming GAO Lin WU Honggang DONG National Key Laboratory of Advanced Welding Production Technology; Harbin Institute of Technology; Harbin; 150001; China
..............page:123-127
Computer Simulation on Temperature Rise in Process of Wire Drawing
Jiatao zhang; jialin Sun; Jinming Long; Shuixing Tang Kunming University of Science and Technology; Kunming ; 650093; China
..............page:242-247
Generalization of Results of Computations and Natural Experiments at Steel Parts Quenching
Nikolai I.Kobasko Engineering Thermophysics Institute of National Academy of Sciences; Kyiv; Ukraine
..............page:128-134
The Numerical Simulation on Hollow Part’s Precise Sizing Process With Cross-wedge Rolling
Jingliang Wang; Chunguo Xu; Guangsheng Ren Beijing Research Institute of M./E. Technology; Beijing 100083;China
..............page:248-252
Implementation of Heat Treatment Process Simulation with Object-Oriented Method
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
..............page:253-262
Numerical Analysis of Thermal Distortion and Residual Stresses in H13 Steel Due to Vacuum Gas Quenching
D.Ruan; A.S.Blicblau School of Engineering and Science; Swinburne University of Technology; P.O.Box 218; Hawthorn; Victoria 3122; Australia
..............page:135-139
Numerical Simulation of Coupled Thermo-mechanical Behavior of a Cylinder Billet during Hot-forging Process
Peiran Ding; Don g-Ying Ju; Shoji Imatani; Tatsuo Inoue 1.Engineering Services Department; MSC Japan Ltd.; Osaka; Japan 2.Department of Mechanical Engineering; Saitama Institute of Technology; Saitama; Japan 3.Department of Energy Conversion Science; K
..............page:263-269
Research on the Numerical Simulation of the Tempering Process of Steel
Wei Shi; Xuejun Xu; Kefu Yao; Zhuang Liu Mechanical Engineering Department; Tsinghua University; Beijing 100084; China
..............page:140-145
Computer Aided Simulation on Precision Cold Forging of Universal Joint Cross
H. Liu; G.N Liu; K J Huo ;T Liu; X H Zhang; K Liu; K Tao; Y. J. Liu 1. Mechanical Engineering School; Xi’an Jiaotong University; Xi’an; 710049; China 2.Strength Centre; Zhengzhou Research Institute of Mechanical Engineering; Zhengzhou 450052; China 3.Fo
..............page:270-273
Computer Simulation of Thermal-Mechanical Processing
Ruiheng Wu; Zigang Li; Hongbing Chang; T. Y. Hsu and Xueyu Ruan 1.Department of Plasticity Technology; Shanghai Jiao Tong University; Shanghai 200030; China 2.Department of Metallurgical Engineering; Shanghai Technical College of Metallurgy;
..............page:274-281
Modelling of high speed gas quenching
P F Stratton; D Ho and Saxena 1.BOC Gases; European Development Centre; Rother Valley Way; Holbrook; Sheffield S20 3RP; UK. 2.The HOC Group Technical Centre; 100 Mountain Avenue; Murray Hill; New Jersey 07974-2064; USA
..............page:146-155
Application of the Controllable Quenching Technology to the Quenching and tempering Workpieces
Chen Nailu; Liao Bo; Niu Wanbin’; Slum Jin; Zhu Xiaoqian 1.Zhengzhou Research Institute of Mechanical Engineering; Zhengzhou 450052;China 2.Department of Materials; University of Yanshan; Qinhuangdao 066004; China
..............page:156-160
Stress Field Analysis of Carburized Specimen and Its Numerical Simulation
Qingxiang Yang; Yukui Gao; Yanli Li; Bo Liao; Mei Yao 1.School of Materials Science and Chemical Engineering; Yanshan University; Qinhuangdao 066004; China
..............page:161-164
Computer Predictions and Experimental Verification of Residual Stresses and Distortion in Carburizing-Quenching of Steel
Dong- Ying Ju; Michiharu Narazaki ; Hirofumi Kamisugi ; Haruyoshi Hirano 1 . Department of Mechanical Engineering; Saitama Institute of Technology; Saitama; Japan 2 . Department of Mechanical Systems Engineering; Utsunomiya University; Utsunomiya; Japan 3
..............page:165-172
Application of Computer in the Design of Process Thermal Cycle of Steel
Liping Zhao; Zongchang Liu; Jianming Dai; Jiuhong ; Qiang Li 1 Department of Material Science and Engineering; UIST Baotou; Baotou 014010; China 2.Fushun Special Steel Plant; Funshun 113001; China
..............page:173-177
An Internal State Variable Model for the Low Temperature Tempering of Low Alloy Steels
Mark T. Lusk; Young-Kook Lee; Herng-Jeng Jou; William H. Elliott; Gerard M Ludtka 1.Materials Science Program; Division of Engineering; Colorado School of Mines; Golden; CO. U.S. 80401 2.Questek Innovations LCC; 1801 Maple Avenue; Evanston; IL; U.S. 602
..............page:178-184
Transformation Plasticity─The Effect on Metallo-Thermo-Mechanical Simulation of Carburized Quenching Process
Shigeru Yamanaka; Takayuki Sakanoue; Toshikazu Yoshii; Tatsuo Inoue 1. Fundamental Technological Laboratory; THK Co.; Ltd.; Naniwa-ku; Osaka; Japan 2. Department of Energy Conversion Science; Kyoto University; Sakya-ku; Kyoto; Japan
..............page:185-195
Numerical Simulation and Optimization Design of Electromagnetic Fields in the Electromagnetic Casting of Copper Round Billet
Haixi Yang; Tao Gong; Zuosheng Lei; Kang Deng; Zhongming Ren Shanghai Enhanced Laboratory of Ferro-metallurgy; Shanghai University; Shanghai 200072; China
..............page:282-285
Estimation of Solid Phase Relationship in the Al2O3-SiO2-Re2O3 Systems
Li Lin; Sun Weiying; Wang PeEling; Tang Zhujun 1.School of Materials Science & Engineering; Shanghai University; Shanghai 200072; China 2.State Key Lab of High Performance Ceramics and Superfine Microstructure; Shanghai Institute of Ceramics; Chinese Ac
..............page:196-205
Computer Simulation of Mould Filling and Solidification of Castings
Zhian Xu WTCM Foundry Center; Research Center of the Belgian Metalworking Industry; 9052 Zwijnaarde; Belgium
..............page:286-293
Mathematical Models and Computer Simulation of Nitrogen Concentration Profiles in Pulse Ion Nitrided Layers
Mufu Yan; Jihong Yan; Lifang Xia; Yong Sun; Tom Bell 1.School of Materials Science and Engineering; Harbin Institute of Technology; Harbin 150001; P. R. China 2.Department of Automation; Tsinghua University; Beijing 100084; P. R. China 3.School of Meta
..............page:294-297
A SIMULATIONAL STUDY OF PRECIPITATION KINETICS AND MORPHOLOGY IN NITRIDATION OF ALLOY STEELS
Lang Zhou; Xiuqin Wei and Zhangmin Deng School of Chemistry and Materials Science; Nanchang University; Nanchang 330047; P.R. China
..............page:298-302
Computer simulation of thermochemical treatments: modelling diffusion and precipitation in metals
R. Fortunier; J.B. Leblond; J.M Bergheau 1.ENSM-SE; centre SMS; 158 yours Fauriel; 42023 - St-Etienne cedex 02; France 2.LMM; UMR 7607/CNRS/Universite Paris VI; Tour 66; case 162; 4 place Jussieu; 75252 Paris cedex 05; France 3.LTDS; UMR 5513; CNRS/ECL
..............page:303-309
Numerical Study of the Plastic Behaviour of a Low Alloy Steel during Phase Transformation
J.Devaux; J.B. Leblond ; J.M. Bergheau 1.SYSTUS International; 84 Bvd Vivier Merle; 69485 Lyon Cedex 03; France 2.LMM; UMR 7607 CNRS/Universite Paris 6; 4 Place Jussieu; Tour 66; 75252 Paris Cedex 05; France 3.LTDS; UMR5513 CNRS/ECLIENISE; 58; rue 1.
..............page:206-212
A Numerical Model for Multiple Phase Transformations in Steels during Thermal Processes
R. Fortunier; J.B. Leblond; J.M Bergheau 1.ENSM-SE; centre SMS; 158 cours Fauriel; 42023 - St-Etienne cedex 02; France 2.LMM; UMR 7607/CNRS/Université Paris VI; Tour 66; case 162; 4 place Jussieu; 75252 Paris cedex 05; France 3.LTDS; UMIR 5513; CNRS/E
..............page:213-220
Numerical Simulation of Carbon Concentration Profiles in Case Layer of Steel 20 RE-Carburized in Multipurpose Furnace with Drip-Feed Atmosphere
Mufu Yan; Jihong Yan; Zhiru Liu 1.School of Materials Science and Engineering; Harbin Institute of Technology; Harbin 150001; P. R.China 2.Department of Automation; Tsinghua University; Beijing 100084; P. R. China
..............page:310-313
Computer Based Simulation Maturation in Y2K
K L. Wong ; A. J. Baker 1.Joint Institute for Computational Science; University of Tennessee; Knoxville; TN 37996; USA. 2.Engineering Science Program; MAE&ES; University of Tennessee; Knoxville; TN 37996; USA.
..............page:314-320
Kinetic Model of Nucleation and Growth
Gao Ning; Chen Guoxue; Liu Zhuang 1.Beijing Research Institute of Mechanical and Electrical Technology; Beijing 100083; China 2.Tsinghua University; Beijing 100084; China
..............page:221-224
Inverse Heat Conduction and Data-Type Issues for Advanced Diagnostic Analysis
J.I. Frankel 1.Professor and Robert M. Condra Professor; Mechanical and Aerospace Engineering and Engineering Science Department; University of Tennessee; Knoxville; TN 37996-2210
..............page:321-331
Thermal Aspects in Lubrication System Design for Internal Combustion Engines
Jochen Pohl; Karl -Erik Rydberg; Petter Krus Fluid and Mechanical Engineering Systems; Linkoping University; SE-581 83 Linkoping; Sweden
..............page:332-341
The influence of stress and strain on kinetics of bainite transformation
Ke-Fu Yao; Chuncheng Liu; Wei Shi and Zhuang Liu Department of Mechanical Engineering Tsinghua University; Beijing 100084; P.R. China
..............page:225-229
New Computer-aided Method for Optimum Use and Properties Prediction of Steels
Yongping Yu; Yumin Xun; Jian Li 1. Beijing Research Institute of Mechanical and Electrical Technology; P.R. China 2. Research Institute of Machinery Science and Technology; P.R. China
..............page:230-234
RECENT DEVELOPMENT OF PROCESS SIMULATION AND ITS APPLICATIONS TO MANUFACTURING PROCESSES
WT. Wu;J.P. Tang and G. Li Scientific Forming Technologies Corporation; 5038 Reed Road; Columbus; Ohio 43220-2514; U.S.A.
..............page:235-241
Research on Optimizing the Hidden Layer Structure of ANN-Based Model and Its Application in Predicting End-Quench Curves of Steels
Liang Wu; Weisheng Gu School of Mechanical Engineering. Dong Hua University; Shanghai 200050; China
..............page:342-346
Numerical Simulation on Thermal Stress of Large-scale Bearing Roller during Heating Process of Final Heat Treatment
Li Yongjun; Pan Jiansheng; Zhang Weimin; Gu Jianfeng; Hu Mingjuan Open Lab of the Educational Ministry for High Temperature Material & Tests; SJTU; Shanghai; 200030
..............page:347-350
Calculation of the Hardness Space Distribution in the As Quenched Condition of a Medium Hardening Tool Steel
G.Sanchez Sarmiento and J. Vega 1.Departamento de Fisica; Facultad de Ingenieria; Universidad de Buenos Aires; Av. Paseo Colon 850. Buenos Aires; Argentina 2 . Universidad Catolica de Cordoba and SUDOSJLO SA; Cno. San Carlos Kin 4;5. Cord
..............page:351-361
Texture Development of a Cold-rolled CuZnAl Alloy
W.Q. Yuan School of Materials Science Engineering; Shanghai Jiao Tong University; Hua Shan Road 1954; Shanghai 200030; P. R. China
..............page:362-366
Computer Modeling: an Important Tool in Materials Processing
L.L Meekisho; X Chen Portland State University; P0 Box 751; Portland; Oregon 97207 USA Automated Analysis Corporation; Peoria; IL USA
..............page:26-34
The Trends and Tasks of Modeling and Simulation for Reduction of Heat Treatment Distortion
Kiyoshi Funatani Nihon Parkerizing Co.; Ltd.Momosono-cho 4-18; Mizuho-ku; Nagoya; JAPAN
..............page:35-41
Development of Thermal Process and Numerical Modeling
Zhuang Liu; Pan Zeng Department of Mechanical Engineering; Tsinghua University; Beijing 100084; P.R. China
..............page:42-48
Integral Recrystallization Modelling
G. Gottstein; V. Marx; R. Sebald Institut furr Metallkunde und Metallphysik; RWTH Aachen; 52056 Aachen; Germany
..............page:49-57
Finite Differential Method Simulation on Temperature Field in Process of Laser Quenching
Gang Fan; Yihong Guan; Tieli Chen; Honggamg Wang Kunming University of Science and Technology; Kunming; 650093;China
..............page:58-62
A Numerical Model Coupling Electromagnetism and Thermomechanics Application to Induction Heating Modeling
Fran cois Bay; Valerie Labbe Yann Favennec Centre de Mise en Forme des Materiaux; Ecole des Mines de Paris B.P 207 - 06904 Sophia Antipolis cedex - FRANCE
..............page:63-71
Calculation of Temperature Field During Laser Transformation Hardening of Cylindrical Bodies
Liwen Zhang; Lixia Wei Guoliang Zhang; J. Th.MDe Hosson Yuanliang Xia ; Fugang Wang 1.The State Key Laboratory for Materials Modification by Laser; Ion and Electron Beams 2.Material Engineering Department of Dalian University of Technology; Dalian 11 60
..............page:72-75
Computer Prediction on Stress Distribution During Laser Quenching
Jiatao zhang; Gang Fan; Guoyou Gan; Jialin Sun Kunming University of Science and Technology; Kunming; 650093; China
..............page:76-81
Calculation of Transient Stress Field During Laser Transformation Hardening Process
Liwen Zhang; J. Th.M.De Hosson; Yuanliang Xia; Fugang Wang 1.The State Key Laboratory for Materials Modification by Laser; Ion and Electron Beams 2.Material Engineering Department of Dalian University of Technology; Dalian 116023;China
..............page:82-85
The Computer Simulation System for Range Distribution of various Implantat
Wei Wang; Xun Cai; QiuLongChen; MingJiong Lu 1 Open Lab; of the High Temp. Mater; and Testing; Shanghai 200030; China 2.Shanghai Research Institute of Material; Shanghai 200437; China
..............page:86-90
FEM-BEM Coupling for the Modelling of Induction Heating Processes Including Moving Parts
J. -M. Bergheau; Ph. Conraux 1. LTDS; UMR5513 CNRS/ECL/ENISE; 58; rue J. Parot; 42023 Saint Etienne Cedex 2; France; Email: bergheau@enise.fr 2.SYSTUS International; 84 Bvd Vivier Merle; 69485; Lyon Cedex 03; France; Email: ph.conraux@systus.com
..............page:91-99
Finite Element Method Analysis of Stress Field Considering Thermal Coupled Force During Laser Process
Gang Fan;Yihong Guan; Jiatao Zhang; Honggang Wang Kunming University of Science and Technology; Kunming; 650093; China
..............page:100-106
Weld Models Incorporating the HAZ Phase Transformation Effects, Comparison between Experimental and Numerical Results
V. VINCENT; J.F. JULLIEN; F. FOUQUET and V. CANO INSA de Lyon; 20 Avenue Albert Einstein; 69621 Villeurbanne Cedex; France FRAMATOME; 92084 Paris La defense Cedex; France EDF-DER; 1 Avenue du General de Gaulle 92141 Clamart Cedex
..............page:107-113