Materials at High Strain Rates

304 stainless steel a'-martensite adiabatic shear bands alloys aluminium behaviour Blazynski ceramics composite materials compressive Conf copper crack curves damage density dependence developed dislocation ductile dynamic effect of strain elastic energy equation erosion experimental explosive compaction failure fibres flow stress fracture mechanics grain hardness High Rates high strain rates impact crater impact velocity increase initial interparticle L. E. Murr liquid martensite Mech Mechanical Properties metals and alloys microstructures models MOROSIN nucleation observed occurs parameters particles Phys plastic flow plastic strain polymers powder Proc projectile propagation quasi-static Rates of Strain regime region response shear strain shear stress shock loading shock pressure shock wave shown in Fig shows SHPB sintering solid spall specimen stainless steel strain rate strength stress-strain stress-strain curves structure surface target temperature tensile tensile stress tests thermal titanium twin-fault twinning uniaxial void volume fraction