Educational videos
Fluid Mechanics
- Introduction to the Study of Fluid Motion (1961): Fluid flows in nature, fluid mechanics terminology and experimental fluid dynamics.
- Coriolis effect
- Eulerian and Lagrangian Description
- Fundamental Principles of Flows: Basic Concepts and Physical Relationships of Fluid Motion (flow patterns, velocity vectors, streamlines, pathlines, streaklines, local and convective acceleration, relative motion, continuity relationship, vorticity, circulation, rotational and irrotational flow, flow net)
- Fundamental Principles of Flows: Flow Dynamics (flow acceleration and pressure-velocity relationship for non-uniform states of motion, dynamic and static pressure, principle for simple instruments for the measurement of velocity, pressure and rate of flow, separation, cavitation, integration of the continuity, momentum, and energy equation, propulsion)
- Characteristics of the Laminar and Turbulent Flows: Introduction to the Turbulent Flows Characteristics (flow regimes and transition in pipe flows and shear layer flows, molecular and eddy viscosity, turbulence intensity, turbulence scales, production, mixing, dissipation)
- Fluid Motion in a Gravitational Field: Gravity Action on Liquid Flows (gravity effects, hydrostatic pressure distribution, fluid-body rotation, confined flow, Bernoulli equation, hydraulic and energy grade lines, liquid jets, free-surface outflows, overflow, and underflow, specific energy in open-channel flow, Froude number)
- Form Drag, Lift, and Propulsion: Drag force, flow circulation, lift force and lifting vanes and propulsion
- Effects of Fluid Compressibility: Wave generation in fluids and shock waves
- Air Jet Flows
- Boundary layers
- Boundary Layer Flows
- Cavitation
- Elastic Waves
- Flow around an Airfoil
- Flow Circulation
- Flow Separation
- Flow-induced Vibrations (Karman Vortex)
- Flow over Weirs
- Gravitational Waves
- Gravity Driven Pipe Flows
- Hydraulic Jump
- Introduction to Liquid Jet Flows
- Laminar Flows between Parallel Boundaries
- Pressure-Driven Pipe Flows
- Propulsion
- Rotational & Irrotational Flows
- Shock Waves
- Specific Energy in Open Channel
- Viscosity
- Waterhammer
Experimental Fluid Dynamics
- The Differential Pressure Flow Measuring Principle (Orifice-Nozzle-Venturi)
- Mass flow meters explained
- Electromagnetic flow meters explained
- The Ultrasonic Flow Measuring Principle
- The Coriolis Flow Measuring Principle
- Vortex & Swirl flow meters explained
Environmental Aerodynamics
- Wind Tunnels - How it works
- Testing process at the Langley Full-Scale Tunnel
- Virginia Tech's Stability Wind Tunnel
- New Volvo Wind Tunnel
- BMW Sauber F1 Team wind tunnel
- Mercedes-Benz SLS AMG: Wind Tunnel Testing
- F1 Aerodynamics
- Wind tunnel testing of tall building Part 1, Part 2, Part 3
- Tacoma Narrows Bridge Collapse
- Shinkansen Bullet Trains Part 1, Part 2, Part 3
- TGV V150 Train (French TGV world speed record of 3rd April 2007 : 574,8 km/h)
- Skyscrapers 2009 - The World's Tallest Buildings