Finite Element Modeling of Crack near A Bimaterial Interface to Estimate Crack Tip Parameter in K Dominant Regime
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Kukuchi M. “Ductile crack growth behaviour of welded plate” International journal of fracture 1996:78:347-362
LinKy, Mar JW.Finite “Element analysis of stress intensity factors for cracks at bi material interface” International journal of fracture, 1976:12:521-531
Franz o, Riemelmoser and Reinhard pippan, “The J-integral at Dugdale cracks perpendicular to interfaces of materials with dissimilar yield stresses” International journal of fracture, 2000:103:397-418
Rice, J.R., “A Path Independent Integral and Approximate Analysis of Strain Concentration by Notches and cracks” J. Applied mechanics, Trans...ASME 35, 1968, 379-386.
John T.Wang “Calculation of stress intensity factors for Interfacial cracks in Fiber metal laminates.Nasa Langley research centre” Hampton, VA23681.
KimA.S, Besson .J, Pineau”.A Global and local approaches to fracture normal to interfaces” Int.J.solids and structure1999:36:1845-1864.
Sugimura y, Lim P.G, Shah C.F, Suresh.S “Fracture normal to a bi material interface: Effects of plasticity on crack tip Shielding and amplification”.Acta Metallurgics of material. 1995:43:1157-1169.
Prasanth Kumar, Elements of fracture mechanics Tata McGraw hill, 2009.
“ANSYS 11.0 “- Theoretical Manuals.
DOI: http://dx.doi.org/10.36039/AA082011017
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