[1] Bowie,O.L.,Analysis of an infinite plate containing redial cracks originating at the boundary of an infinite circular hole,Journal of Mathematics and Physics,35(1956),60-71.
[2] Nishitani,M.and M.Isida,Stress intensity factor for the tension of an infinite plate containing an elliptical hole with two symmetrical edge cracks,Transactions of the Japanese Society for Mechanical Engineers,212(1969).
[3] Neal,D.M.,Stress intensity factors for cracks emanating from rectangular cutouts,International Journal of Fracture Mechanics,6(1970),393-400.
[4] Newman,J.C.,An improved method of collocation for the stress analysis of cracked plates with various shaped boundaries,NASA TN D-6376(1971).
[5] Muskhelishvili,N.I.,Some Basic Problems of Mathematical Theory of Elasticity,Second Englihed ed.,Noordhoff(1975).
[6] Chen Yi-zhou and Chen Yi-heng,A mixed boundary problem for a finite internally cracked plate,Engineering Fracture Mechanis,14(1981),741-751.
[7] Wilson,W.K.,Numerical method for determining stress intensity factors ofan interior crack in a finite plate,ASME Journal of Basic Engineering,93(1971),685-690.
[8] Kanninen,M.F.and C.H.Popelar,Advanced Fracture Mechanics,Oxford(1985).
[9] Tada,H.,P.C.Paris and G.R.Irwin,The Stress Analysis of Cracks Handbook,Del Research Coorporation,Pennsylvania(1973). |