[1]#12
[2] Ito K, New model material for photoelasticity and photoplastieity, E.M 1962 2 (12) .
[3] Dally J.W. and Mule A, Polycarbonate as a Model Material for Three-Dimensional Photoplasticity, Trans ASME, J. of Appl. Mech. 95 Series E 600～605, (1973)
[4] Javornicky'Jan, Photoplasticity, Elsevier Scientific Publishing Company, Amsterdam～ London～New York, 1974．
[5] Burger C P. et al, Three dimensional strains in rolled slabs by photoplastic simulation, E.M. 1982, 22 (12) .
[6] Gomide H. A. et al, Three dimensional strain distributions in Upset rings by photoplastic simulation, E.M. 1981． 21 (10)
[7] 云大真,结构分析的光塑性法,实验力学,Vol 6,No1． 1991． 3
[8] 朱明海,范琳,记忆光塑性法.金属成形工艺,Vol 7,No2． 1989．
[9] 朱明海、范琳,现代光塑性技术在冷挤压工艺研究中的应用,模具技术,1992． 5．
[10] 朱明海、范琳、封先河,伞齿轮冷摆辗成形工艺的光塑性研究,金属成形工艺,Vol 9． No2,1991．
[11] 朱明海、范琳,圆柱体自由镦粗的光塑性分析,锻压技术,Vol 13,No5,1988．
[12] 朱明海、范琳,光塑性技术在模锻工艺中的应用,锻压机械,Vol 25,No1,1990．
[13] 朱明海、范琳,摆辗成形后的摩托车启动齿轮三维塑性应变场的光塑性分析,实验力学,Vol 3,No3,1988．
[14] 朱明海、范琳,筒形仆强力旋压塑性流动场与应变场的光塑性研究,四川兵工学报,Vol 13,No2,1992．
[15] 朱明海、范琳,封先河,身管机械自紧的光塑性研究,金属成形工艺,1993,1．
|
Copyright Forging & Stamping Technology.All rights reserved