Essentials of Fluid Mechanics for Engineers

Master the fundamentals of Fluid Mechanics with this comprehensive course, designed for engineering students and professionals seeking a solid foundation and practical skills. Learn to analyse, model, and solve real-world fluid flow problems across diverse engineering disciplines.

This course begins with core concepts and fluid properties, including pressure, density, viscosity, and surface tension. You'll then delve into detailed fluid flow analysis, covering hydrostatics, pressure measurement, and forces on submerged surfaces. Gain essential knowledge of buoyancy, metacentric height, and rigid body motion, crucial for naval engineering and mechanical engineering applications.

Understand the powerful Reynolds Transport Theorem as a bridge between system and control volume approaches. Explore the kinematics of flow and the fundamental Bernoulli’s Theorem for energy conservation. Apply dimensional analysis and modeling techniques to analyze flow behaviour in pipelines.

The course incorporates numerical simulations and illustrative examples to sharpen your problem-solving skills and build engineering intuition. By the end, you'll possess the conceptual and practical tools needed to tackle complex fluid systems.

Real-World Problems Covered:

• Pipe Discharge Calculation: Estimate discharge in a pipe when the hydraulic gradient changes after a sudden enlargement.
• Water Loss Estimation: Calculate water lost as storage in the Padma River using basic flow parameters.

Who is this course for?

• Engineering undergraduates
• Postgraduates and faculty
• Anyone eager to learn fluid mechanics with clarity and practical application.

Course Content:

• Section 1: Basic Concepts
• Section 2: Properties of Fluid
• Section 3: Fluid Flow Analysis
• Section 4: Measurement of Force and Hydrostatic Pressure
• Section 5: Buoyancy, Meta Centre, Stability and Rigid Motion
• Section 6: Reynolds Transport Theorem and its Applications
• Section 7: Kinematics of Flow
• Section 8: The Bernoulli’s Theorem
• Section 9: Dimensional Analysis and Flow in Pipes
• Section 10: Numerical and Examples

Join us on this exciting journey to master fluid mechanics! We'll make learning simple, applicable, and intuitive. Enroll now and let's get started!