Three-dimensional Water Quality Deduction Method Based on Digital Twin Technology
Addressing the challenge that existing visualization methods struggle to dynamically present the deduction process of three-dimensional(3D)water quality,this study explores an integration strategy combining water quality calculation results with digital twin scenarios.We propose a 3D water quality deduction and simulation method to a-chieve intuitive,precise,smooth,and dynamic presentations of 3D water quality deduction process within digital twin environments.We applied the model to simulate the standard-exceeding total phosphorus in the Danjiangkou Reservoir in autumn 2021 as a case study,and integrated the simulation results into the digital twin environment to simulate the transfer and diffusion of organic pollutants.Application outcomes demonstrate that compared to tradi-tional two-dimensional displays,our proposed method offers more intuitive and richer information content as well as dynamic representation of hierarchical water quality indicators within digital twin scenarios.
three-dimensional water qualitydigital twindeduction simulationhydrodynamic and water quality modelSouth-to-North Water Diversion ProjectDanjiangkou Reservoir area
万方数据
维普
