Dr. Partha Sarkar, a researcher at Iowa State University, is leading this project aimed at gaining a deeper understanding of how buildings withstand the destructive forces of tornadoes.
Groundbreaking initiative is underway to develop a cutting-edge new tornado simulator that could revolutionize the testing of structures in tornado-prone areas
Sarkar’s endeavor is motivated by the imperative to identify weak points in building designs, allowing for the creation of more resilient and safer structures capable of withstanding severe storms. The primary challenge is that he requires specific data on tornado impact, which remains unpredictable. Consequently, Sarkar has devised an ingenious solution: his own new tornado simulator.
Within this unique apparatus, Sarkar constructs scaled-down replicas of existing buildings and subjects them to new tornado simulator conditions, exercising control over factors like size, intensity, and path of the tornado-like conditions. The data he collects is then analyzed using advanced algorithms to extrapolate real-world scenarios. However, Sarkar acknowledges that certain unpredictable variables exist in nature.
The project is currently in the process of developing an even more advanced, larger, and lifelike new tornado simulator
The U.S. National Science Foundation has recognized the significance of this research by granting Dr. Sarkar an impressive $14 million, which he intends to use to create a new tornado simulator capable of accommodating full-sized structures. Subsequent funding will be sought for its construction.
The emergence of this new tornado simulator promises to be a game-changer, offering invaluable insights into tornado-related structural vulnerabilities and ultimately enhancing the resilience of buildings in tornado-prone regions.
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