Two-Phase Pipe Hydraulics and Pipe Sizing for Industrial Systems

Designing piping systems that carry both gas and liquid simultaneously presents unique hydraulic challenges. Understanding how these two phases interact is essential for preventing structural damage and ensuring efficient industrial operations. This course guides you from the fundamental principles of fluid dynamics to the practical calculations required for two-phase piping systems. You will gain the confidence to analyze flow patterns, calculate static pressure drops, and select the correct pipe sizes for concurrent flow scenarios. What you'll learn: Understand fundamental terminology and key concepts of two-phase fluid behavior; Identify different two-phase flow regimes and their impact on system performance; Calculate total static pressure drops using established engineering correlations; Apply pipe sizing methodologies specifically tailored for concurrent gas and liquid flows; Analyze heat transfer coefficients and their relationship to fluid patterns; Integrate modern safety factors and computational design principles into your hydraulic calculations. The course begins with foundational definitions of fluid properties before progressing systematically through flow regime identification, pressure drop calculations, and practical pipe sizing scenarios. This text-based program is designed for entry-level piping engineers, process designers, and engineering students with no prior experience in two-phase hydraulics. Start reading today to master the fundamentals of two-phase piping design.