Three dimensional velocities of fragments produced by laboratory impact experiments were measured for basalts and pyrophyllites. The velocity distribution of fragments obtained shows that the velocity range of the major fragments is rather narrow, at most within a factor of 3 and that no clear dependence of velocity on the fragment mass is observed. The NonDimensional Impact Stress (NDIS) defined by Mizutani et al. (1990) is found to be an appropriate scaling parameter to describe the overall fragment velocity as well as the antipodal velocity
Results of a series of hypervelocity impact tests are presented. In these tests, 1.275-g, 9.53-mm-di...
To model the interaction with the atmosphere of fragments of a disrupted asteroid, which move indepe...
We study the impact fragmentation of disorderedsolids by means of a discrete element model focusing ...
The mass distribution of fragments that are ejected at a given velocity for impact craters is modele...
From the proceedings of the Workshop on Impact Cratering: Bridging the Gap between Modeling and Obse...
We conducted impact experiments at the NASA Ames Vertical Gun Range in the context of an ongoing set...
Laboratory impact experiments have found that impact fragments tend to be elongated. Their shapes, a...
Laboratory impact experiments have found that impact fragments tend to be elongated. Their shapes, a...
Laboratory impact experiments have found that impact fragments tend to be elongated. Their shapes, a...
AbstractLaboratory impact experiments have found that impact fragments tend to be elongated. Their s...
AbstractLaboratory impact experiments have found that impact fragments tend to be elongated. Their s...
The reduction and publication of an extensive data set collected in experiments over several years a...
Laboratory impact experiments were performed to investigate the conditions that produce large-scale ...
We report the results of six impact fragmentation experiments carried out with free-falling macrosco...
We report the results of six impact fragmentation experiments carried out with free-falling macrosco...
Results of a series of hypervelocity impact tests are presented. In these tests, 1.275-g, 9.53-mm-di...
To model the interaction with the atmosphere of fragments of a disrupted asteroid, which move indepe...
We study the impact fragmentation of disorderedsolids by means of a discrete element model focusing ...
The mass distribution of fragments that are ejected at a given velocity for impact craters is modele...
From the proceedings of the Workshop on Impact Cratering: Bridging the Gap between Modeling and Obse...
We conducted impact experiments at the NASA Ames Vertical Gun Range in the context of an ongoing set...
Laboratory impact experiments have found that impact fragments tend to be elongated. Their shapes, a...
Laboratory impact experiments have found that impact fragments tend to be elongated. Their shapes, a...
Laboratory impact experiments have found that impact fragments tend to be elongated. Their shapes, a...
AbstractLaboratory impact experiments have found that impact fragments tend to be elongated. Their s...
AbstractLaboratory impact experiments have found that impact fragments tend to be elongated. Their s...
The reduction and publication of an extensive data set collected in experiments over several years a...
Laboratory impact experiments were performed to investigate the conditions that produce large-scale ...
We report the results of six impact fragmentation experiments carried out with free-falling macrosco...
We report the results of six impact fragmentation experiments carried out with free-falling macrosco...
Results of a series of hypervelocity impact tests are presented. In these tests, 1.275-g, 9.53-mm-di...
To model the interaction with the atmosphere of fragments of a disrupted asteroid, which move indepe...
We study the impact fragmentation of disorderedsolids by means of a discrete element model focusing ...