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摘要：
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本文用光塑性模拟测试技术,求得剪切旋压三维应变场,分析了应变场沿工件壁厚和沿母线的分布情况,比较了不同旋轮条件下应变场的变化。尝试用x射线衍射测试技术研究剪切旋压切向变形情况,得到切向变形沿工件壁厚的分布规律,比较了不同工艺条件下切向变形的变化规律。
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[1] B.Avitzur.et al., Analysis of power spining of cones, Trans. ASME, J·Eryng. Ind 1960-8．
[2] S. Kalpakcioglu, on the mechanics of shear Spining, ibid may 1961．
[3] S. Kobayashi etal, A theory of shear spining of Conos, ibid Nov-1961．
[4] R.A.C. Slater, et, al., Spin-forging of sheet Metal cones having Various cone argles and an upper-bound estimate for the tangential compoment force exerted at the workpiece roller interface, Proc. 17th. Intern. Mach. Tool Des and Res. conf, University of BirmingRom, Vol Ⅲ Forming Machine Tools, pp521～529 (september 1976)
[5] Masujro Hayama, Rotary metal working processes, Kindai henshu, 1981． 4
[6] Zhu Minghai, Fan Lin, photoplastic Analysis of Cylinder Free Upsetting, Foring & Stamping Technology, Vol. 13, No. 5, 1988, pp48～50(in chinese)
[7] Zhu Minghai, Fan Lin, Photoplastic Analysis of Tri-dimensional, Plastic Strain Distribution in Gears, Jourral of Experimental Mechanics, Vd3, №3, 1988 (in chinse)
[8] Zhu Minghai, Fan Lin, Feng Xianhe, Photoplastic Research of orbital cold Forging of cone Gear, Metal Forming Technology, Vo19, №3, 1991 (in chinese)
[9] Zhu Minghai, FanLin, Feng Xianhe, Development and Application of Modern Photoplostic Method in Plastic Working Technology, Journal of Shandong Polytechnic University 1991 (Supplementary) pp65～80 (in chinese)
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