Colorado Rockfall Simulation Program Version 5
Colorado Rockfall Simulation Program Version 5.0 The Colorado Rockfall Simulation Program (CRSP) was developed in 1987 to estimate the velocity, energy, and bounce heights of rockfall, which in turn forms a basis for selection of designs for mitigation. Several revisions were issued in the following years, and the program has been widely used for rockfall design. Love Story Serial Sab Tv Episode 1. The new version of CRSP has been written based on a combination of Particle Flow Code and the Discrete Element Method for dynamic model simulation. This approach provides a more accurate approximation to the equations of motion for rock and slope interaction than employed by previous CRSP versions.
Colorado rockfall simulation program [electronic resource]. Colorado Rockfall Simulation Program Version 5.0. Programs You are here. (CGS) is now handling. Publication Number: FHWA-HRT-13-008 Date: November 2012 Printable Version (.pdf, 0.3 mb) Colorado Rockfall Simulation Program: Modeling Rockfall in 3D.
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This rockfall computer program, which simulates rocks tumbling down a slope, predicts the statistical distribution of speed and bounce height and can be used for locating and designing rockfall mitigation. The model takes into account slope profile, rebound and friction characteristics of the slope and rotational energy of the rocks. Spherical, cylindrical and disk shaped rocks can be simulated. At each impact, the slope angle is randomly varied from the nominal value input by the user within the limit set by the maximum probable variation in the slope. The model is recommended as a tool for the geologist and engineer responsible for analyzing and mitigating rockfall hazards.