moncler daunenjacke Copper flat wire material form

Copper flat wire material forming the extrusion die cavity simulation

atthepartofinnerchamber strength, to further ensure the life of forming parts. The figure at between 0.864mm ~ 1.056mm Otani manually redraw the grid is generated, can be ignored in the specific analysis, curve smooth transition. Figure l1 load curve of the cavity Fig. 11Loadcurveofchamber3 Conclusion die load curve in Figure 12 Fig. 12Loadcurveofdie This paper analyzes the continuous extrusion of copper flat wire components based on the structure,[link widoczny dla zalogowanych], using large deformation analysis software DEFORM cavity of copper flat wire metal forming part of the process of three-dimensional finite element simulation, has been copper flat wire formed in the plastic deformation of metals current law. In this numerical experiments, we have other effects such as power,[link widoczny dla zalogowanych], No. 6, Chen Li et al: Copper flat wire material forming extrusion die cavity 69 Numerical Simulation of the distribution of equivalent strain and the speed and load curve component cloud. And one of the specific relationship between phenomena and the structure was analyzed, the conclusion to some extent can be used as structural parameters of extrusion process control and optimization of design basis. [4] Reference [5] [1] Zhu Linsen. Computer simulation of metal forming processes. Aviation Precision Manufacturing Technology, 1996, (4) [2] Bao-Yun, Fan Zhi new, Liu Yuanwen. Application of continuous extrusion technology to produce [6] copper flat wire. Wire and cable,[link widoczny dla zalogowanych], 2001, (2) [3] JRCho, HSJeong. ParametricinvestigationonthecurlingphenomenoninC0NFDRMprocesythree-dimensionalfiniteelementanalysis. JournalofMateri-alsProcessingTechnology, 2001YHKim, JRCho, HSJeong, KSKim,[link widoczny dla zalogowanych], SSYoon. AstudyonoptimaldesignforC0NFDRMprocess. ResearchInstituteofMechanicalTechnolo-gY, PusanNationalUniversity, JournalofMaterialsProcessingTechnology, 1998 Peng Ying Hung, Ruan, ZUO Tie-yong, PENG Da-shu. C0M during hot deformation of continuous extrusion coupled rigid viscoplastic finite element method. China Nonferrous Metals, 1994, (9) Peng Ying Hung. C0N) continuous extrusion deformation process of numerical simulation. PhD thesis, Shanghai Jiaotong University, 1994NumericalsimulationforconformprocessofcopperstripinchamberCHENLiSONGBao-yunYUNXin-bin (DalianRailwayInstitute, Dalian116028) Abstract: Inthispaper,[link widoczny dla zalogowanych], onthebasisofanalyzingthestructureofdieandchamberonthecontinuousextrusionmachine. Theau-thorshaveconstructedthewholefiniteelementmodelofflanandformingaccessoriesonI-DEAS, thenusingDEFORManalyzedthisfiniteelementmodel, buildingthemodelofthematerialflowinthethree - dimensionspace. Weaddresstheparametricinves-tigationonthestructurestogetherwiththeflowcharacteristicsinthedieregion. KeyWords: copperstrip; incompressible-viscoplasticity; DEFORM; finiteelementanalysis_ a T-core

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