Introduction To Fluid Mechanics For Engineering Students
 

⚡ Understand fundamental fluid properties, statics, and forces acting within fluids and on submerged surfaces.
⚡ Apply conservation laws (mass, momentum, energy) to analyze fluid flow in engineering systems.
⚡ Distinguish laminar and turbulent flow and evaluate viscosity effects, velocity profiles, and flow behavior.
⚡ Calculate frictional losses, resistance coefficients, and analyze flow in pipes and conduits.
Requirements
❗ Introductory physics concepts such as force, energy, and motion (High School Level).
Description
Introduction to Fluid Mechanics for Engineering Students is a clear, practical undergraduate course that builds a strong foundation in fluid behavior, analysis, and engineering applications. Across 16 lectures (16+ hours), you'll move from core principles to real-world problem solving using intuitive explanations, worked examples, and step-by-step demonstrations.
What you'll learn
✨ Fundamentals: properties of fluids, pressure, density, viscosity
✨ Fluid statics: hydrostatic forces, buoyancy, manometry
✨ Fluid kinematics: flow descriptions, streamlines, material vs. control volumes
✨ Fluid dynamics: continuity, momentum (Navier-Stokes basics), energy (Bernoulli)
✨ Internal flows: pipe flow, laminar vs. turbulent regimes, friction losses, Moody chart
✨ External flows: flow around bodies, lift and drag basics, boundary layers
✨ Dimensional analysis & similitude: Reynolds number, scale modeling
✨ Practical skills: problem setup, unit conversions, engineering estimations, worked numerical problems
Who this course is for
⭐ Engineering Students (Mechanical, Chemical, Civil, Aerospace, Aeronautical)
Homepage