Add to ORKGDetailed quantitative measurements of damage evolution in an incipiently spalled and recovered 10100 OFHC copper sample of 30 {micro}m grain size are described. The free surface velocity is shown. The total porosity of the sample as a function of distance from the spall plane is reported. The observed and true volumetric size distribution of voids and the observed size distribution of clusters of voids are also calculated and presented
International audienceShocks can generate high strain rates in metals (from 10$^$4 to 10$^6$ s$^{-1}...
Abstract. In order to achieve incipient and complete SpaUation, plane impact experiments were perfor...
A suite of plate-impact experiments have been conducted to determine the dominant factors in dynamic...
The authors present quantification of micromechanical features such as voids that comprise the ducti...
Under dynamic loading conditions, the rapid nature of the fracture process may simultaneously activa...
We present quantification of micromechanical features such as voids that comprise the ductile fractu...
We present quantification of micromechanical features such as voids that comprise the ductile fractu...
The effects of grain size on the dynamic tensile fracture (or spall) response were investigated for ...
The effects of grain size on the dynamic tensile fracture (or spall) response were investigated for ...
In order to achieve incipient and complete spallation, plane impact experiments were performed on th...
In order to achieve incipient and complete spallation, plane impact experiments were performed on th...
In order to achieve incipient and complete spallation, plane impact experiments were performed on th...
Two different plates of 10100 Cu (> 99.99 % Cu) were incipiently failed using flyer plate impact in ...
Two different plates of 10100 Cu (> 99.99 % Cu) were incipiently failed using flyer plate impact in ...
International audienceShocks can generate high strain rates in metals (from 10$^$4 to 10$^6$ s$^{-1}...
International audienceShocks can generate high strain rates in metals (from 10$^$4 to 10$^6$ s$^{-1}...
Abstract. In order to achieve incipient and complete SpaUation, plane impact experiments were perfor...
A suite of plate-impact experiments have been conducted to determine the dominant factors in dynamic...
The authors present quantification of micromechanical features such as voids that comprise the ducti...
Under dynamic loading conditions, the rapid nature of the fracture process may simultaneously activa...
We present quantification of micromechanical features such as voids that comprise the ductile fractu...
We present quantification of micromechanical features such as voids that comprise the ductile fractu...
The effects of grain size on the dynamic tensile fracture (or spall) response were investigated for ...
The effects of grain size on the dynamic tensile fracture (or spall) response were investigated for ...
In order to achieve incipient and complete spallation, plane impact experiments were performed on th...
In order to achieve incipient and complete spallation, plane impact experiments were performed on th...
In order to achieve incipient and complete spallation, plane impact experiments were performed on th...
Two different plates of 10100 Cu (> 99.99 % Cu) were incipiently failed using flyer plate impact in ...
Two different plates of 10100 Cu (> 99.99 % Cu) were incipiently failed using flyer plate impact in ...
International audienceShocks can generate high strain rates in metals (from 10$^$4 to 10$^6$ s$^{-1}...
International audienceShocks can generate high strain rates in metals (from 10$^$4 to 10$^6$ s$^{-1}...
Abstract. In order to achieve incipient and complete SpaUation, plane impact experiments were perfor...
A suite of plate-impact experiments have been conducted to determine the dominant factors in dynamic...