7E.J.Obermeyer et al.. A Review of Recent Advances in the Application ofBlank-holder Force Towards Improving the Forming Limits of Sheet Metal Parts[J].J.MatterialsProcessing Technology, 1998,75:222～234.
8K.Manabe et al. .Artificial Intelligence Identification of Process Parameters andAdaptive Control System for Deep-drawing Process[J].J.Matterials ProcessingTechnology, 1998,80～81:421～426.
9M.A.Ahmetoglu,T.Alant,G.L.Kinzel.Improvement of Part Quality in Stamping byControlling BHF and Pressure[J].J.Matterials Processing Technology, 1997,33:195～214.
10Mustafa A.Ahmetoglu, Arja Coremans, Gary L.Kinzel, Taylan Altan. ImprovingDrawability by Using Variable Blank Holder Force and Pressure in Deep Drawing of Round andNon-Symmetric Parts[C].SAE Paper 930287.
2Mustafa A. Ahmetoglu, Arja Coremans, Gary L. Kinzel,Taylan Altan. Improving Drawability by Using Variable Blank Holder Force and Pressure in Deep Drawing of Round and Non-Symmetric Parts[C]. SAE Paper,930187.
3Yuji Hishida, Robert H. Wagoner. Experimental Analysis of Blank Holding Force Control in Sheet Forming[C].SAE Paper, 930285.
4Dong Lv. Physical Simulation Based Integligent System For The Prediction of Sheet Metal Drawing Capability.ACTA METALLUR GICA SINICA, 1999, 13(2) .
5S. Yossifon, et al. on the acceptable blank- holder force range in the deep-drawing Process[J]. J Master.Process. Technol. , 1992. 33: 175～194.
6R. Kergen and P. Jodogen. Computerized Control of the Blankholder Pressure on Deep Drawing Press[R] . SAE.Paper No. 920433. SAE SP-897. 1992.
7K. Manabe, et al. Artificial Intelligence Identification of Process Parameters and Adaptive Control System for Deep-drawing Process[J]. Matterials Processing Technology, 1998, 80～81:421～426.
8E. J. Obermeyer, et al. A Review of Beeent Advances in the Application of Blank - holder Force Towards Improving the Forming Limits of Sheet Metal Parts [J]. Matterials Processing Technology, 1998, 75: 222 ～ 234.
