Uploaded July 2026 | Updated September 2026, 1 week ago
In this FLOW-3D HYDRO simulation, a non-Newtonian fluid defines the initial extent of a mudslide, which then interacts and mixes with water in a reservoir upstream of a dam. This type of scenario highlights FLOW-3D HYDRO’s strength in dam safety assessments, including evaluating wave generation and overtopping risk caused by landslides and mudslides. By seamlessly modeling both non-Newtonian and Newtonian fluids within a single simulation, FLOW-3D HYDRO enables engineers to capture highly complex, real-world 3D flow processes with confidence while providing deeper insight for risk assessment and decision-making. Learn more at flow3d.com/hydro
In this FLOW-3D HYDRO simulation, a non-Newtonian fluid defines the initial extent of a mudslide, which then interacts and mixes with water in a reservoir upstream of a dam. This type of scenario highlights FLOW-3D HYDRO’s strength in dam safety assessments, including evaluating wave generation and overtopping risk caused by landslides and mudslides. By seamlessly modeling both non-Newtonian and Newtonian fluids within a single simulation, FLOW-3D HYDRO enables engineers to capture highly complex, real-world 3D flow processes with confidence while providing deeper insight for risk assessment and decision-making. Learn more at flow3d.com/hydro
