Rising thermal plume @turbulenceteamms
Rising thermal plume @turbulenceteamms
turbulenceteam | Rising thermal plume @turbulenceteamms | Uploaded 14 years ago | Updated August 26 2023
Direct Numerical Simulation of a rising, hot thermal plume. Left panel shows temperature, right panel enstrophy (a quantity related to the swirl of the fluid). Visualization using Vapor www.vapor.ucar.edu/
Rising thermal plume @turbulenceteammsFormation of a Lundgren spiral vortex @turbulenceteammsSpreading of a droplet of passive particles in three-dimensional turbulence @turbulenceteammsDecaying two-dimensional turbulence @turbulenceteammsReconnection of two perpendicular vortices @turbulenceteammsParticles trapped in vortex tube @turbulenceteammsVorticity in fully developed turbulence @turbulenceteammsvorticity and velocity in three-dimensional turbulence @turbulenceteammsVisualization of a large-scale shear flow in 2D active nematic turbulence @turbulenceteammsVisualization of a large-scale vortex dipole in 2D active nematic turbulence @turbulenceteammsVisualization of inertial effects in 2D active nematic turbulence @turbulenceteammsVisualization of an initially circular material loop advected by a turbulent flow @turbulenceteamms3D Kolmogorov flow @turbulenceteammsGeneralized 3D Kolmogorov flow: effect of strong large-scale damping @turbulenceteammsGeneralized 3D Kolmogorov flow: effect of strong large-scale damping @turbulenceteammsGeneralized 3D Kolmogorov flow: effect of moderate large-scale damping @turbulenceteammsGeneralized 3D Kolmogorov flow: effect of weak large-scale damping @turbulenceteamms3D Kolmogorov flow: evolution of z-averaged vorticity @turbulenceteamms3D Kolmogorov flow with large-scale damping @turbulenceteammsEvolution of active vortex crystal superstructures @turbulenceteammsActive vortex array in the marginal stability region @turbulenceteammsEmergence of an active vortex crystal @turbulenceteammsWeakly excited phase in active fluid model @turbulenceteammsActive turbulence @turbulenceteammsDynamic vortex lattice state in active fluid model @turbulenceteammsActive turbulence @turbulenceteammsSquare lattice state in active fluid model @turbulenceteammsReconnection of vortex tubes in Eulerian and Lagrangian coordinates @turbulenceteammsMerging of three vortices in Eulerian and Lagrangian coordinates in a 2D flow @turbulenceteammsRayleigh-Benard Convection (two-dimensional and very turbulent) @turbulenceteammsTurbulent Rayleigh-Bénard Convection in a Cylinder @turbulenceteammsLaminar Rayleigh-Bénard Convection in an Elliptical Cylinder @turbulenceteammsLaminar Rayleigh-Bénard Convection in a Rectangular Box @turbulenceteammsFour Different Quantities in Turbulent Rayleigh-Bénard Convection @turbulenceteammsTemperature and Absolute Velocity in Turbulent Rayleigh-Bénard Convection @turbulenceteammsTemperature and Vertical Velocity in Turbulent Rayleigh-Bénard Convection @turbulenceteammsRayleigh-Benard-convection at high aspect ratio @turbulenceteammsRayleigh-Benard-convection in two dimensions @turbulenceteammsTwo views of Rayleigh-Benard-Convection @turbulenceteamms

Rising thermal plume @turbulenceteamms