Fluid Mechanics: Theory with Worked Examples – Omofunmi et al.

Description

A comprehensive textbook providing a balanced approach to the theory and practical application of fluid mechanics. This resource is designed for engineering students, featuring detailed explanations of fluid behavior and numerous solved numerical problems to reinforce learning. Key Highlights: - Fundamental Concepts: Introduction to fluid properties, types of fluids (Ideal, Real, Newtonian), and different flow regimes (Laminar vs. Turbulent) . - Fluid Statics: Comprehensive analysis of fluids at rest, including pressure measurement and manometry . - Buoyancy and Floatation: Detailed study of the forces acting on submerged and floating bodies. - Fluid Dynamics: Examination of fluid motion, including velocity, acceleration, and the forces exerted by moving fluids. - Pipe Flow and Friction: Analysis of frictional effects and energy losses in both laminar and turbulent flows within ducts and pipes. - Dimensional Analysis: Techniques for simplifying complex fluid problems through dynamic similitude and dimensionless parameters.