**Follow us on Youtube for a Complete Course on Introductory Fluid Mechanics with Practice Problem Solving Sessions!**

# Typical Courses Taught

- Fluid Mechanics (undergraduate level)
- Coastal Engineering (graduate and undergraduate level)
- Advanced Fluid Mechanics (graduate level)
- Dynamics (undergraduate level)
- Fluid Mechanics Laboratory (undergraduate level)
- Independent Research Courses (graduate and undergraduate level)

**Introductory Fluid Mechanics Video Lectures (Click to View)**

**Module 1**: Introduction Lecture: Fluid Definition, Dimensions and Units, Pascal’s Law

**Module 2**: Fluid Properties Lecture: Density, Specific Weight, Specific Gravity, Compressibility

**Module 3**: Fluid Properties Lecture (Continued): Viscosity and Shear Stress

**Module 4**: Fluid Properties Lecture (Continued): Surface Tension, Adhesion, Capillary Action

**Module 5**: Vapor Pressure, Boiling & Fluid Statics: Hydrostatic Pressure Distribution, Pressure Head

**Module 6**: Fluid Statics: Hydrostatic Pressure; Piezometric Pressure; Absolute and Gage Pressure

**Module 7**: Fluid Statics: Manometry and Manometer Equation

**Module 8**: Fluid Statics: Pressure Forces on Horizontal and Inclined Plane Surfaces

**Module 9**: Fluid Statics: Pressure Forces on Curved Surfaces

**Module 10**: Fluid Statics: Buoyancy, Floatation, Center of Buoyancy, and Stability

**Module 11**: Fluid Kinematics: Streamline, Streakline, Pathline, Eulerian and Lagrangian Approaches

**Module 12**: Kinematics of Fluid Motion: Velocity Field

**Module 13**: Fluid Dynamics: Acceleration Field, Control Volume, Mass and Volume Flow Rates

**Module 14**: Fluid Dynamics: Conservation of Mass (Continuity)

**Module 15**: Conservation of Mass (Completed), Euler Equation, and Bernoulli Equation

**Module 16**: Bernoulli Equation, Static Pressure, Dynamic Pressure, Stagnation Pressure, and Free Jet

**Module 17**: Applications of Bernoulli Equation, Examples on Confined Flows and Flow Rate Measurement

**Module 18**: Work – Energy Equation, Mechanical Devices, Power, Efficiency, Kinetic Energy Correction

**Module 19**: Hydraulic and Energy Grade Lines

**Module 20**: Impulse – Momentum Principle, Momentum Correction Factor, and Control Volume Selection

**Module 21**: Pipe Flows : Turbulent and Laminar Flows, and Reynolds Number

**Module 22**: Boundary Layer, Flow Establishment, Shear Stress and Head Loss in Pipes, Hydraulic Radius

**Module 23**: Laminar Pipe Flows, Friction Factor, Hagen – Poiseuille & Darcy – Weisbach Relationships

**Module 24**: Turbulent Flow in Pipes, Moody Diagram / Chart, Colebrook Equation, Non-circular Pipe

**Module 25**: Pipe Flows: Local / Minor Head Losses in Pipelines, Pipe Components and Loss Coefficient