Composite Materials and Their Use in Structures

a²w alloy aluminium anisotropic anisotropic plates atomic axial beam bonding boron boron fibres boundary conditions buckling load Burgers vector carbon cent components composite materials copper crystal cylindrical shell density direction discussed dispersed particles displacements ductile edge dislocation effect elasticity tensor elevated temperatures epoxy eutectic fibrous composites filaments Fracture Mechanics function governing equations hardening Hence including transverse shear interaction interface isotropic laminated lattice layer length matrix material mechanical metal N/m² obtained orthotropic material orthotropic plate permission phase Phys plane precipitates problem properties pyrolytic graphite ratio Reproduced from Reference resin room temperature screw dislocation Section shear modulus shear stress shown in Fig solution specially orthotropic specimen strain energy stress-strain structure surface tensile strength theory thermal thickness tion transverse shear deformation vibration volume fraction whiskers wires Young's modulus ΕΙ θα ду