| dc.identifier.citation | , 1997, ABAQUS/Standard-Implicit User's Manual V.5.7, Hibbit Karlson and Sorenson (HKS) Inc. , 2005, Motorcycle Manufacturer in Asia Pusific, Industry Profile, Datamonitor, Reference code 0200-0403, December. , 2005, Motorcycle Manufacturer in the United Kingdom Industry Profile, Datamonitor, Reference code 0183-0403, December. , 2005, Motorcycle Manufacturer in Japan, Industry Profile, Datamonitor, Reference code 0104-0403, December. , 2003, Data Gaikindo, Jawa Pos, December. Ahmetoglu, M.; Broek, T.R.; Kinzel, G.; Altan, T., "Control of Blank Holder Force to Eliminate Wrinkling and Fracture in Deep-Drawing Rectangular Parts", Annals of the CIRP Vol.44, No. 1, 1995. Dalin, J.B., Onate, E.,"An Automatic Algorithm for Contact Problems: Application to Sheet Metal Forming", Proc. The 3`d International Conference on Numerical Methods in Industrial Forming Processes, Editor E.G. Thompson, Fort Collins, Colorado, 1989. Du, C.; Zhang, L.; Wu, L., "A New Algorithm for Die Surface Development in Sheet Metal Forming", Cray Channels, V.18, No, l, pp. l 1-13, 1996. Fallbohmer, P.; Altan, T.; Tonshoff, H.-K.; Nakagawa, T., "Survey of the Die and Mold Manufacturing Industry - Practices in Germany, Japan and the United States", Journal of Materials Processing Technology, V.59, pp. 158-168, 1999. He, N.; Wagoner, R.H., "Springback Simulation in Sheet Metal Forming", NUMISHEET96, pp.308-31 5, 1996. .Honecker, A., Mattiasson, K.,"Finite Element Procedures for 3D Sheet Forming Simulation", Proceeding 1VIJMIFORM'89, pp.457-463, Balkema, 1989. Jung, D.W.; Yoo, D.J.; Yang, D.Y., "A Dynamic Explicit Rigid-Plastic Finite Element Formulation and Its Application to Sheet Metal Forming Process", Engineering Computations, V.12, pp.707-722, 1995. Jung, D.W., "Study of Dynamic Explicit Analysis in Sheet Metal Forming Processes Using Faster Punch Velocity and Mass Scaling Scheme", Journal of Materials Engineering and Performance, V.7, pp.479-490, 1998. Karafillis, A.P.; Boyce, M.C., "Tooling Design in Sheet Metal Forming Using Springback Calculation", Int.J.Mech.Sci, Vol.34, No.2, pp. l 13-131, 1992. Karafillis, A.P.; Boyce, M.C., "Tooling and Binder Design for Sheet Metal Forming Processes Compensating Springback Error", Int.J.Mach.Tools Manufact. Vol.36, No.4, pp.503-526, 1996. Karafillis, A.P., "Tooling Design for Three Dimensional Sheet Metal Forming Using Finite Element Analysis", Ph.D. Thesis, Dept. Mechanical Engineering, MIT, 1994. Kawka, M.; Kakita, T.; Makinouchi, A., "Simulation of Multi-Step Sheet Metal Forming Processes by a Static Explicit FEM Code", Journal of Materials Processing Technology, V.80-81, pp. 54-59, 1998. Key, S.W., Kreig, R.D., Bathe, K.J.,"On the Application of the Finite Element Method to Metal Forming Process", Computational Methods in Applied Mechanics and Engineering, V.17/18, pp.597-608, 1979. Kuwabara, T.; Takahashi, S., "Optimum Process Design Simulator for 2-Stage UBending Considering Springback", Proc. Japanese Spring Conference for technology of Plasticity, Japan, 1998. Majlessi, S.A.; Lee, D., "Analysis of Multi-Stage Sheet metal Forming Processes", Proc. North American Manufacturing Research Conference Vol.15 (NAMRC-XV), pp.330-334, 1987. Majlessi, S.A.; Lee, D., "Further Development of Sheet Metal Forming Analysis Method", Transaction of ASME, Vol.109 November, pp.330-337, 1987. Majlessi, S.A.; Lee, D., "Development of Multistage Sheet Metal Forming Analysis Method", J. Mater. Shaping Technology, Vol.6, No. 1, pp.41-54, 1988. Makinouchi, A. (editor), Proc. of the 2°d International Conference NUMISHEET'93: Numerical Simulation of 3-D Sheet Metal Forming Processes - Verification of Simulation with Experiment, Isehara, Japan, 1993. Makinouchi, A., "FEM Simulation and Its Related Technology in Sheet Metal Forming", Journal of the Japan Society for Technology in Sheet Metal Forming, V.40, No.5 No.460, pp. 12-21, 1999. Makinouchi, A.,"Sheet Metal Forming in Industry", Journal of Materials Processing Technology, V.60, pp. 19-26, 1996. Makinouchi, A.; Teodosiu, C.; Nakagawa, T., "Advance in FEM Simulation and its Related Technologies in Sheet Metal Forming", CIRP Annals Manufacturing Technology, V.47, No.2, pp.641-649, 1998. McLennan, M.; Cardew-Hall, M.; Kalyanasundaram, S., "Simulation and Optimisation of Automotive Sheet Metal Forming", ABAQUS Users' Conference, Milan June 3-6, Italy, 1997. Nakamachi, E.; Huo, T., "Dynamic-Explicit Elastic Plastic Finite Element Simulation of Hemispherical Punch Drawing of Sheet Metal", Engineering Computations, Vol.13, No.2/3/4, pp.327-338, 1996. Narasimhan, N.; Lovell, M., "Predicting Springback in Sheet Metal Forming: An Explicit to Implicit Sequential Solution Procedure", Finite Elements in Analysis and Design, V.33, pp.29-42, 1999. Nagtegaal, J.C.,L.M. Taylor, "Comparison of Implicit and Explicit Finite Element Methods for Analysis of the FE-Simulation of 3D Sheet Metal Forming Processes", Automotive Industry Conference, VDI Verlag, Dusseldorf, 1991. Prior, A.M.,"Applications of Implicit and Explicit Finite Element Techniques to Metal Forming", Journal of Materials Processing Technology, V.45, pp.649-656, 1994. Riyadi; T.W. B.; Siswanto, W.A., "The Use of ABAOUS for Teaching Development of Cavity Defect in Forward Extrution Processes", Manuscript has been reviewed accepted for publication in International Journal of Mechanical Engineering Education (IJMEE), 2007. Rebelo, N., Nagtegaal, J.C., Hibbit, H.D.,"Practical Aspects of Modelling Sheet Forming Processes". Proc. The 3rd International Conference on Numerical Methods in Industrial Forming Processes, Editor E.G. Thompson, Fort Collins, Colorado, 1989. Shu, J.; Hung, C., "Finite Element Analysis and optimization of Springback Reduction: The Double Bend Technique", Int. J. Mach. Tools Manufacturing., Vol.36, No.4, pp.423434, 1996. Siswanto, W.A., "Numerical Simulation of S-Rail Sheet Metal Forming by a Combination of Explicit and Implicit Finite Element Methods", Journal of Materials Processing Technology. Siswanto, W.A.; Tomas, J.A.; Mahdavian, S.M., "Numerical Optimisation of Tooling Geometry in Sheet Metal Forming", COMPUMOD 13 rd Australasian Conference, pp.22-1 - 22-26, Melbourne, 1999. Siswanto, W.A.; Tomas, J.A.; Mahdavian, S.M., "Tooling Geometry Optimisation in Sheet Metal Forming Using Springforward Simulation", Forth International Iranian Society of Mechanical Engineers, Proc. ISME2000, Paper E4168, Tehran, 2000. Siswanto, W.A., "Benefits of Computer Sismulations to Indonesian Automotive Companies", Journal Teknik GELAGAR (terakreditasi), No.01/Vo1.9/April, pp.4853. ISSN 0853-2850,1998. Siswanto, W.A., "Development and Verification of General Purpose Springback/Springforward User Materials for Tooling Design Optimisation", Journal Teknik GELAGAR (terakreditasi), No.02/Vo1.10/Oktober, pp.85-102, ISSN 0853-2850,1999. Siswanto, W.A., "Numerical Simulation of S-Rail Sheet Metal Forming by Finite Element Methods", Journal Teknik GELAGAR (terakreditasi), No.02/Vol.12/April, pp.7280. ISSN 0853-2850,2001. Supriyono; Aliabadi, M.H. ,"Boundary Elemen Method for Shear Deformable Plates with Combined Geometric and Material Nonlinearities", Engineering Analysis with Boundary Elements, Vol 30, pp.31-42., 2006 Supriyono; Aliabadi, M.H., "Analysis of shear Deformable Plates with Combined Geometric and Material Nonlinearities by Boundary Element Methods", International Journal of Solid and Structures, Vo144, pp. 1038-1059., 2007 Tai, H.; Sugimoto, T.; Igaki, K.; Arnaudeau, F.; Winkelmuller, G., in NUMISHEET'93 Conference, edited by Makinouchi, Isehara, Japan, 1993. Takahashi, S., "State of the Art of Sheet Metal Forming Simulation Technology", Journal of the Japan Society for Technology in Sheet Metal Forming, V.40, No.5 No.460, pp.52-56, 1999. Taylor; Cao; Karafillis, A.P.; Boyce, M.C., "Numerical Simulations of Sheet Metal Forming", J. Mater. Proc. Tech., Vol.50, pp. 168-179, 1995. Teeparthi, S.; Gandikota, V.; Madhavan, V.; Hooper, S., "Multistage Sheet Metal Forming with Intermediate Annealing: Comparison of Finite Element Simulations with Experiments", SAE Tehnical Paper Series No. 1999-01- 1560, 1999. Tufekci, S.S.; Wang, C.T.; Kinzel, G.L.; Altan, T., "Estimation and Control of Drawbead Forces in Sheet Metal Forming", SAE No.940941, 1994. Tozawa, Y.,”Forming Technology for raising the Accuracy of Sheet-Formed Products”, Journal of Materials Processing Technology, V.22, pp. 343-351, 1990. Umehera, Y., “Technologies for the More Precise Press Forming of Automobile Parts”, Journal of Materials Processing Technology, V.22, pp. 239-256, 1990. Webb, R.D., “Spacial Frequency Based Closed-Loop Control in Sheet Metal Forming”, Ph.D. Thesis, Dept. Mechanical Engineering, MIT, 1987. Wu, L.; Du, C,; Zhang, L., “Iterative FEM Die Surface Design to Compensate for Springback in Sheet Metal Stamping”, Simulation of Materials Processing: Theory Methods, and Applications, NUMIFORM-95, pp.637-641, 1995. Wu, L.,:Generate Tooling Mesh by FEM Virtual Forming Model for Springback Compensation in Die Surface Design of Sheet Metal Stamping”, SAE paper No.960592, pp.11-17, 1996 Wu, L,.”Tooling Mesh Generation Technique for Iterative FEM Die Surface Design Algoritm to Compensate for Springback in Sheet Metal Stamping:, Engineering Computation, Vol.14, No.6, pp.630-648, 1997. Xu, Z.; Yuanping, W. Y.; Jun, C.; Lingshou, Z.; Xueyu, R,. “CAE Analysis of Multi-Stage Forming Processes of Complicated Automobile Part”, journal of Shanghai Jiaotong University, Vol.33, No.2, pp.170-173, 1999. Yuanping, .; Xin, Jinahua, F.; Weilong, Z,. “Computer Simlation For Multi Stage Sheet Metal Forming Processes”, Journal of Shanghai Jiaotong University, Vol.33 No.2, pp.224-246, 1999. | en_US |
