Engineering Hydraulics: Fundamentals of Fluid Mechanics

Hydrostatic and hydrodynamic principles form the foundation of civil, mechanical, and industrial fluid systems. Mastering how liquids behave under pressure and in motion is critical for designing reliable piping, hydraulic machinery, and water supply infrastructure. This course provides a clear introduction to engineering hydraulics, guiding you step-by-step from core definitions to practical applications. What you will learn: Understand basic fluid properties, hydrostatic pressure, and fluid equilibrium. Apply fundamental concepts including mass conservation, hydrostatics, and Bernoulli equation. Calculate pipe friction, pressure drops, and head losses in fluid conduits. Analyze open channel flows and fluid movement in piped networks. Evaluate modern hydraulic components including pumps, control valves, and hydraulic circuits. Explore energy-efficient hydraulic system design and modern fluid power concepts. The material starts with foundational terminology, fluid properties, and static pressure before moving into flow dynamics, system component analysis, and modern efficiency techniques. Designed specifically for beginners, technicians, and engineering students with no prior hydraulics background required. Start reading today to master the essential principles of fluid mechanics.