... 03 2011 24 06 2011 24 06 2011 crack-edge stress field analysis creep embrittlement finite element analysis fracture mechanics grain boundaries grain boundary diffusion microcracks nickel alloys oxidation oxygen stress effects superalloys surface cracks viscoplasticity...

... of cycles to crack initiation by the criterion with ( a ) Schmid factor mismatch, ( b ) size of soft grain, and ( c ) level of microtexture crack detection crack-edge stress field analysis crystal microstructure dislocation pile-ups fatigue cracks finite element analysis forging nucleation...

... the process parameters to the fracture behavior of alumina samples. 21 03 2008 09 08 2008 17 12 2008 ceramics crack-edge stress field analysis fracture mechanics fracture toughness gas lasers Green's function methods laser materials processing thermal stress cracking water jet...

... 25 01 2008 13 03 2008 aluminium crack-edge stress field analysis crystal orientation electron backscattering electron diffraction finite element analysis fracture hardening kink bands plasticity scanning electron microscopy slip crack tip fields single crystal crack...

... deep hole drilling incremental center hole drilling aluminium alloys plates (structures) internal stresses punching fracture mechanics crack-edge stress field analysis drilling X-ray diffraction finite element analysis indentation 13 07 2005 20 03 2006 2006 American...

... and to accelerate the growth to the stop hole, and it increases the effective crack length by including the hole diameter 1 2 . Crack Arrest Crack Growth Dimple Fatigue Life Pinching Force Stop Hole Stress Intensity Factor aluminium alloys sheet materials crack-edge stress field analysis...

... elastoplasticity crack-edge stress field analysis Research and industry have become more and more interested in composite materials due to their high performance standards and light weight. Particle-reinforced metal matrix composites (PRMMCs) are an important candidate in composite materials system because...

... 2003 22 01 2004 fracture toughness joining processes adhesives adhesion rubber polymer blends curing crack-edge stress field analysis polymer structure Adhesively bonded structures are widely employed in airplanes, vehicles, electronic devices, and so on. It is important...

...; revision received February 12, 2003. Associate Editor: G. Newaz. 24 September 2002 12 February 2003 22 01 2004 glass fibre reinforced plastics photoelasticity crack-edge stress field analysis transparency fracture mechanics crack detection Composite materials...

... AND TECHNOLOGY . Manuscript received by the Materials Division September 30, 2002; revision received June 20, 2003. Associate Editor: R. C. McClung. 30 September 2002 20 June 2003 22 01 2004 fatigue cracks steel plasticity stress-strain relations crack-edge stress field analysis...

... delamination finite element analysis buckling bending crack-edge stress field analysis fracture mechanics simulation It is well established that delaminations are in the forefront of composite structures’ catastrophic modes of damage. As such, delaminations limit the application of composites...

... structures, stitched components, and knitted fabrics 1 2 3 4 . fibre reinforced composites internal stresses finite element analysis failure (mechanical) crack-edge stress field analysis modelling kink bands shear deformation 10 January 2003 05 March 2003 22 09 2003...

... internal stresses cladding techniques crack-edge stress field analysis plastic deformation austenitic stainless steel simulation stress measurement substrates Based on the process parameters and the material properties, numerical simulation as described in Appendix A was carried out...

... hardening stress measurement finite element analysis crack-edge stress field analysis strain gauges This paper describes the measurement of residual stress near the edge of a thin coupon. This problem is of practical concern due in part to recent applications of laser peening to the leading edge...

... wear crack-edge stress field analysis fatigue cracks Fretting fatigue occurs when contacting bodies are subjected to vibratory loads in the presence of clamping forces, leading to premature crack initiation. It results in a considerable reduction of fatigue life/strength and has been observed...

... MATERIALS AND TECHNOLOGY . Manuscript received by the Materials Division June 11, 2001; revision received July 2, 2002. Associate Editor: R. Craig McClung. 11 June 2001 02 July 2002 04 04 2003 crack-edge stress field analysis fatigue cracks wear finite element analysis...

..., highlighting the capability of the predictive model along with some important issues for future research in this area. fatigue cracks crack-edge stress field analysis modelling internal stresses yield stress plasticity surface hardening To extend the fatigue lives of components...

... Interfaces ,” Acta Metall. , 37 , pp. 909 – 916 . fracture toughness testing fracture toughness interface phenomena thermal barrier coatings austenitic stainless steel plasma arc sprayed coatings porosity crack-edge stress field analysis ultrasonic materials testing crack detection voids...

... by the Materials Division June 5, 2001; revised manuscript received February 6, 2002. Associate Editor: M. Zhou. 05 June 2001 06 February 2002 30 09 2002 fracture mechanics binding energy crack-edge stress field analysis internal stresses Fracture studies are usually carried...

... torsion free energy grain boundaries dislocation loops boundary-value problems crack-edge stress field analysis dislocation interactions 04 September 2001 15 March 2002 10 06 2002 Contributed by the Materials Division for publication in the JOURNAL OF ENGINEERING MATERIALS...