Colorado Rockfall Simulation Program
Rockfall Hazard Analysis Using the Colorado Rock£ all Simulation Program TIMOTHY J. PFEIFFER AND JERRY D. Fleetwood Mac Tusk Album Zip Download more. HIGGINS The Colorado Rockfall Simulation Program. Rockfall Hazard Analysis Using the Colorado Rock£ all Simulation Program TIMOTHY J. PFEIFFER AND JERRY D. HIGGINS The Colorado Rockfall Simulation Program.
Please visit: Colorado Rockfall Simulation Program 3D (CRSP-3D)(CRSP Version5) CRSP-3D version 1.0 Slope contours show bounce height, velocity, and kinetic energy with dispersion on the slope. Irregular block, columnar, and round rock shapes with anisotropic tensile strength and fracture extent dynamically show slide, roll, bounce, launch, and fracture or break apart during the simulation, using the CRSP-3D Model, running in near real-time. Slope geometry may be generated with the mouse, or imported from LIDAR surveys. Rockfall barriers or attenuators may be placed on the slope, with corresponding statistics, histograms, images, maps, and tables included in an automatically generated report. GAP Engineering Corp.
( ) specializes in the development of software and hardware systems that create 3-Dimensional models for geostructural engineers. Their SmartStructure™ products have direct application to any structural health monitoring such as bridges, roadways, dams, commodity extraction, and building foundations.
GAP Engineering Corp. Also has a special emphasis in soil nail wall design and rockfall mitigation. GAP Engineering Corp.
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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 spinning energy of the rocks. Both sperical 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. This Colorado Rockfall Simulation Program revision -- Version 2.1 -- has the identical source code as the original cited in Report No. Corona Rp8d1 Receiver Manual. CDOH-DTD-ED3/CSM-89-2, but data inputs and graphic outputs have been revised by Rick Schultz of CDOT to create a more user friendly environment. This manual reflects version 2.1 input and output.'
Rating: (not yet rated) Subjects • • • • More like this •. Zacchaeus Puppet Template For Kids. Find more information about: OCLC Number: 31213082 Notes: 'This report is a reprint of a report entitled 'Rockfall modeling and attenuator testing,' with a revised User Manual reflecting improvements to the CRSP program user interface.' 'Prepared in cooperation with the U.S. Department of Transportation, Federal Highway Administration.
Description: 1 volume (various pagings): illustrations; 28 cm + 1 computer disc (3 1/2 in.) in pocket. Other Titles: Colorado Rockfall Simulation Program users manual for version 2.1 CRSP users manual for version 2.1 Responsibility: by Timothy J. Pfeiffer, Jerry D. Higgins; program revised February 1991, version 2.1 by Rick Schultz; manual revised October 1991 by Richard D. '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 spinning energy of the rocks.