Turar Duysebekov
Papers
1
Total Citations
6
H-Index
1
About
Turar Duysebekov is a researcher whose work centers on environmental fluid dynamics and the mathematical modeling of pollutant transport. His primary contributions lie in advancing the theoretical understanding of turbulent diffusion, particularly through the application of classical Gaussian approaches to semi-empirical equations. In his most cited work, "The Solution of Semi-empirical Equation of Turbulent Diffusion in Problems of Polluting Impurity Transfer by Gauss Approach" (2016), Duysebekov systematically analyzes how industrial pollution disperses from point sources, providing a framework for predicting impurity transfer in the atmosphere. This research, which has accrued 6 citations, offers practical tools for environmental impact assessments and urban planning near industrial zones. By bridging theoretical diffusion equations with real-world pollution scenarios, Duysebekov’s work contributes to the broader field of air quality management and environmental safety. His focus on semi-empirical solutions underscores a commitment to developing accessible, mathematically grounded methods for addressing pressing ecological challenges, making his research valuable for students and professionals in environmental engineering and atmospheric science.
Research Focus
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Top Papers
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