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Concept Visualization

ConceptVisualization Source
Air Jet Flows (3:19)Characteristics of the Laminar and Turbulent Flows – (H. Rouse)
Boundary Layer Flows (1:53)Characteristics of the Laminar and Turbulent Flows – (H. Rouse)
CavitationFundamental Principles of Flow – (H. Rouse)
Elastic Waves (8:49)Effects of Fluid Compressibility – (H. Rouse)
Flow Around an Airfoil (8:32)Characteristics of Laminar and Turbulent Flow – (H. Rouse)
Flow Circulation (4:57)Form Drag, Lift, and Propulsion – (H. Rouse)
Flow Separation (5:21)Fundamental Principles of Flow – (H. Rouse)
Flow-Induced Vibrations (Karmen Vortex) (2:30)Form Drag, Lift, and Propulsion – (H. Rouse)
Flow Over Weirs (2:49)Fluid Motion in a Gravitational Field – (H. Rouse)
Gravitational Waves (15:28)Fluid Motion in a Gravitational Field – (H. Rouse)
Gravity-Driven Pipe Flows (5:45)Fluid Motion in a Gravitational Field – (H. Rouse)
Hydraulic Jump (1:41)Fluid Motion in a Gravitational Field – (H. Rouse)
Introduction to Liquid Jet Flows (3:13)Fluid Motion in a Gravitational Field – (H. Rouse)
Laminar Flows Between Parallel Boundaries (3:13)Characteristics of Laminar and Turbulent Flow – (H. Rouse)
Pressure-Driven Pipe Flows (4:27)Characteristics of Laminar and Turbulent Flow – (H. Rouse)
Propulsion (7:58)Fundamental Principles of Flow – (H. Rouse)
Rotational and Irrotational Flows (3:20)Fundamental Principles of Flow – (H. Rouse)
Shock Waves (6:40)Effects of Fluid Compressibility – (H. Rouse)
Specific Energy in Open Channel (1:46)Fluid Motion in a Gravitational Field – (H. Rouse)
Viscosity (7:55)Introduction to the Study of Fluid Motion – (H. Rouse)
Waterhammer (2:33)Effects of Fluid Compressibility – (H. Rouse)
Last modified on August 12th, 2011
Posted on August 12th, 2011

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