… shock-wave-driven nanoparticle implantation (LSWNI) in alloys is a novel surface strengthening
technique based on plastic deformation induced by laser shock … of a laser shock wave. …

… Moreover, for the same pressure load, due to lower inter-metallic friction in … deformation of
stacked metallic sheets was observed. The results of this work indicated that the shock wave-…

… deformation caused by the propagation of a shock wave. … hardness and wear resistance
because it confines shock waves to … Fretting wear against bearing steel type AISI E52100 shows …

… of the surface friction characteristics of aramid fabrics with respect to their static deformation
… , will be a crucial factor in the efficient transmission of incident shock waves through fabric …

This review summarizes recent advances in the area of tribology based on the outcome of a
Lorentz Center workshop surveying various physical, chemical and mechanical phenomena …

… increasing the intensity of the shock wave [31]. … shock waves are highest on the surface
and decrease with materials' depth causing plastic deformation to occur when the shock wave …

… as K9 glass, and the shock wave, which is formed during the explosion of the plasma, impacts
the substrate and induces severe plastic deformation and high-density dislocations on the …

… energy of the shock wave is absorbed and consumed by the material peeling layer and then
transformed into deformation energy generated by plastic deformation, the microhardness …

… The plastic deformation and shock wave propagation in FLSP are fundamentally different
from those in NLSP[28], [35]. Because of the extremely short pulse width, a single femtosecond …

… of the modified interaction should produce distortion opposite in sign yet similar in character
to that produced by the shock wave. Fig. 27 … That is, the distortion velocity can be written as : …