火箭、飞行器材料和薄壁压力容器的渗漏判据

王兴发

火箭、飞行器材料和薄壁压力容器的渗漏判据

王兴发

北京工业学院

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出版历程
- 收稿日期: 1985-05-22
- 刊出日期: 1986-09-15

The Leakage Criterions of Thin-Wall Pressure Vessels,Materials of Missile and Spacecraft

Wang Xing-fa

Beijing Institute of Technology, Beijing

摘要

摘要: 本文对火箭,飞行器材料和薄壁压力容器建立了三个计算临界裂缝和临界荷载的渗漏判据,实验结果表明这种方法是成功的.

Abstract: This paper presents the development of three leadage cr Her ions to predict fracture in thin-wall pressure vessels,materials of missile and spaceraft.Experimental results show that the.criterions are successful.

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参考文献(23)

[1]	Sih,C.F.et al,Fully plastic crack problems part 1:solutions by a penalty method,Transactions of the ASME,Journal of Applied Mechanics 51,1 March(1984),48-56.
[2]	Irwin,G.R.,Crack-extension for partthrough crack in a plate,Trans.Am.Soc.Mech.Engrs.JAM.29,(1962),651-654.
[3]	Shan,R.C.and A.S.Kobayashi Crack approaching the surface of a plate in bending,ASTM.STP 513(1972).
[4]	Orang,T.W.,Fracture of thin section containing through and partthrough Crack,ASTM.STP 496(1971),61-81.
[5]	Erdogan,F.Ductile fracture theories for pressurized pipes and containers,Inter.J Pres.Ves.Pip.4,(1976),253-284.
[6]	ASTM Committe,The slow grouth and rapid propagation of cracks,Materials Res.and Standards,1(1961),389-394.
[7]	Irwin,G.R.,Fracture of Pressure Vessels,Materials for Missles and Spacecraft,McGraw-Hill(1963),204-229.
[8]	Irwin,G.R.and J.E.Srawley,Progress in the development of crack toughness fracture tests,Material Prufung,4,(1962),1-11.
[9]	Dixon,J.R.,Stress and strain distributions around cracks in sheet materials having various work hardening characteristics,Int.J Fract.Meth.,1(1965),224-243.
[10]	Ruedl,E.,Void fromation at the interface between particles and matrix in deformed al-al₂O₃ foils J Mat.Scien.4(1969) 814-815,
[11]	Broek,D.,On the formation of fatique striations,Int.J.Fract.Mech.,8(1972),75-86.
[12]	Underwood,J.H.,Measurement of microscopic plastic-strain distributions in the region of a crack tip,Exp.Mech.(1969),296-304.
[13]	Hahn,G.T.and A.R.,Rosenfield Plastic zones generated by cracks growing under load,Inter.Jou.Fract.Mech.,4(1968).
[14]	Hahn,G.T.and A.R.Rosenfield,Local yielding and extension of a crack under plane stress,Acta.Met.,13(1965),293-306.
[15]	艾庆发等,带有表面裂纹燃烧室的断裂分析,应用力学,1(1980),152.
[16]	谢静宜等,具有表面裂纹的Zr-4金属合金管的爆破实验和分析,第三届全国断裂力学讨论会论文集(1981).
[17]	Anon.,EPRI ductile fracture research reviews document,Norris D.M.,et al.,ed.,NP-80-10-LD Special Study Project WS80-912,Workshop Report,Electric Power Research Institute,Palo Alto,Calif,Dec.(1980).
[18]	Kumar,V.et al.,An engineering approach for elastic-plastic fracture analysis,EPRI Topical Report NP-1931,Electric Power Research Institute,Palo Alto,Calif,July(1981).
[19]	Sih,C.F.et al.,An engineering approach for examining crack growth and stability in flawed stractures,International Journal of Pressure Vessel and Piping,9(1981),159-196.
[20]	Goldman,N.L.,et al.,Fully plastic crack problems:the center-cracked strip under plane strain,International Journal of Solids and Stractures,11(1975),575-591.
[21]	Shih,C.F.et al.,Full plastic solutions and large scale yielding estimates for plane stress crack problems,ASME Journal of Engineering Materials and Technolegy,98(1976),289-295.
[22]	Weedleman,A.,et al.,Finite element method for plane strain deformations of incompressible solids,Computer Method in Applied Mechanics and Engineering,15(1978),223-240.
[23]	Hutchinson,J.W.,et al.,Fully plastic crack problems in bending and tension,in Frature Mechanics,Perrone,N et al.,eds.Uni.Press of Virginia,Charlottesville(1978),515-528.