Water Supply Systems and Hydraulic Network Calculations

Designing effective water distribution networks requires a solid grasp of infrastructure components, consumption patterns, and fluid mechanics. This course guides you through the foundational concepts of municipal and industrial water supply engineering, giving you the skills to evaluate distribution schemes and perform essential calculations. What you will learn: Understand fundamental terminology, system classifications, and key components of water supply infrastructure. Analyze water supply schemes, intake facilities, and main distribution conduits. Calculate water consumption norms and daily demand variations for various utility needs. Determine design flow rates and peak demand factors for distribution networks. Apply theoretical hydraulic equations to estimate pressure drops and pipe friction losses. Explore basic concepts of steady-state network analysis and modern hydraulic modeling principles. The course begins with clear definitions and regulatory concepts before progressing into practical hydraulic calculation methods and network design scenarios. This beginner-friendly program requires no previous background in civil engineering or hydraulics. Start reading today to build a strong foundation in water supply engineering.