Department of the Interior awards CSU & Dr. Jose Salas with the Partners in Conservation Award![]() In Washington D.C. on May 7th, 2009, the Department of the Interior presented the Partners in Conservation Award to several organizations that contributed in developing the "Colorado River Interim Guidelines". Among them, Colorado State University (Department of Civil and Environmental Engineering) along with three other universities were recognized for helping in the effort. The contribution of Colorado State University, has been through two back to back research projects dealing with Stochastic Hydrology of the Colorado River. In these projects Dr. Salas and graduate students utilized innovative record extension techniques for updating the data base of naturalized flows of the Colorado River system, developed new approaches for reconstructing streamflows of the Colorado River based on tree ring indices, developed potential scenarios of streamflows that may occur in the Colorado in future years, characterized multiyear droughts of the Colorado using simulation and mathematical techniques, and tested the effects of stochastic streamflows on the operations of the Colorado River system, particularly the effects on reservoir levels and outflows of the two major lakes, i.e. Lake Powell and Lake Mead. Additionally the project helped improving the software SAMS (Stochastic Analysis, Modeling, and Simulation), software developed at CSU for stochastic simulation of hydrological data. Two Ph.D. students T.S. Lee and Z. Tarawneh were funded by the referred projects. Also Ph.D. students C.J. Fu and D.J. Lee and M.S. student J. Keedy collaborated in some parts of the projects. |
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CSU & Simpson Strong-Tie Lead World's Largest Earthquake Shake Table Test in Japan![]() A group of researchers led by Colorado State University in close technical collaboration with Simpson Strong-Tie will take part in an unprecedented research event near Kobe, Japan, this summer. Construction of the largest building ever tested on an earthquake shake table that began the last week in February. Van de Lindt has conducted tests over the past three years involving smaller structures at shake tables at CSU and in collaboration with co-investigator A. Filiatrault at the State University of New York-Buffalo in preparation for the capstone test in Japan. The Japan test will enable researchers to confirm that the new design approach meets expectations. "Previous testing has shown us that our modeling procedures are accurate for low-rise wood-frame buildings, but the test in Japan will confirm new models for mid-rise wood-frame buildings developed at CSU and design approaches developed at Texas A&M University as part of the project," said van de Lindt. |
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New Faculty in Civil &
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College of Engineering
Civil & Environmental Engineering
Colorado State University
Campus Delivery 1372
Fort Collins, CO 80523-1372
Ph: (970) 491-5048, Fax: (970) 491-7727










