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Stress wave propagation, laser-induce

Fig. 20 Simulation of the propagation of the laser-induced stress wave as a function of distance from the irradiation spot. A three-dimensional finite element analysis program has been employed. The simulation shows that the highest probability for delamination is at the interface just behind the irradiation spot. This prediction is verified in the irradiation of nonannealed polymer samples on Suprasil... Fig. 20 Simulation of the propagation of the laser-induced stress wave as a function of distance from the irradiation spot. A three-dimensional finite element analysis program has been employed. The simulation shows that the highest probability for delamination is at the interface just behind the irradiation spot. This prediction is verified in the irradiation of nonannealed polymer samples on Suprasil...
Figure 7.37 Schematic time-position dia- (Adapted from Ecault et al. (2013)). (a) Intact grams showing ID-shock wave propagation adhesion, (b) Partial interface debonding in a Ti6AI4V substrate coated with a Ti02 triggered by dynamic tensile stress induced bond coat and a hydroxyapatite top coat. by a laser-generated shock wave. Figure 7.37 Schematic time-position dia- (Adapted from Ecault et al. (2013)). (a) Intact grams showing ID-shock wave propagation adhesion, (b) Partial interface debonding in a Ti6AI4V substrate coated with a Ti02 triggered by dynamic tensile stress induced bond coat and a hydroxyapatite top coat. by a laser-generated shock wave.

See other pages where Stress wave propagation, laser-induce is mentioned: [Pg.329]    [Pg.43]    [Pg.43]    [Pg.356]    [Pg.323]    [Pg.307]    [Pg.123]   
See also in sourсe #XX -- [ Pg.43 ]




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