APPLICATION OF CUDA TECHNOLOGIES TO SOLVING GEOTECHNOLOGY PROBLEMS
Keywords:
In-situ leaching, geotechnology, parallel computing, graphics processing unit, CUDA technology, Jacobi method, seepage currentsAbstract
This article examines the use of high-performance parallel computing based on CUDA technology to intensify the in-situ leaching of uranium by controlling seepage currents. The authors describe the specifics of a software implementation of three-dimensional hydrodynamic equations and Darcy's law using a hierarchical structure of GPU threads. It is shown that adapting the Jacobi iterative method to GPU architecture and using shared memory can significantly increase the speed of calculations in the design of geotechnical testing sites.
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