... for Tensile Properties of Polymer Matrix Composite Materials. 08 06 2010 08 12 2010 09 12 2010 09 12 2010 elastic constants filled polymers finite element analysis fracture mechanics glass fibre reinforced plastics interface structure microcracks tensile strength...

... composites interface structure photoelasticity stress-strain relations transparent polymer composites orthotropic bimaterials interfacial fracture photoelasticity digital fringe multiplication Composite materials are utilized in many high performance structures and applications because...

... due to the bicrystal interface structure. The subsequent interface models have initial porosity due to both the interface structure and the preexisting shear deformation. In Fig. 13 , the nanoscale porosity increases from its initial value to a critical porosity, D c crit , associated...

... by the Materials Division August 20, 2002; revision received February 3, 2003. Associate Editor: W. Soboyejo. 20 August 2002 03 February 2003 22 01 2004 aluminium alloys magnesium alloys silicon alloys interface structure laser beam welding optical microscopy atomic force microscopy...

... platinum alloys aluminium alloys thermal expansion plastic deformation yield strength thermal stresses internal stresses thermal barrier coatings martensitic transformations elastic hysteresis interface structure Thermal barrier systems are commonly used in the hot sections of modern gas...

... ± x × t x dx = 0 . In formulas ( 1 ), ( 2 ) the operator L is a non-local integral operator (it has a singular kernel represented via derivatives of components of the Green’s tensor). The following classification would be appropriate for different interface structures...