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Engineering Workflows

Step-by-step guidance for common pipe system tasks

Each workflow covers the engineering methodology, key decisions, and how FluidFlow automates the calculation — from input to report.

Available Workflows

Workflow Pipe Network Pressure Drop Sizing pipes and calculating pressure losses across liquid networks. Workflow Pump Sizing and Centrifugal Pump Selection Selecting pumps, modelling performance curves, and finding the operating point. Workflow Cavitation and Flashing (NPSH) Identifying cavitation risk, calculating NPSH, and modelling flashing liquids. Workflow Control Valve Sizing and Pressure Drop Sizing control valves, calculating Cv, and modelling valve authority. Workflow Real Gas and Compressible Flow Networks Modelling high- and low-velocity gas systems, choked flow, and real gas effects. Workflow Settling Slurry Piping and Pumping Designing slurry transport systems, deposition velocity, and pump selection. Workflow Non-Newtonian Piping and Pump Systems Modelling Bingham plastic, power law, and Herschel-Bulkley fluids. Workflow Liquid-Gas Two-Phase Piping Systems Two-phase flow regimes, pressure drop correlations, and flash calculations. Workflow Pipe Network Heat Transfer Modelling heat gain/loss, fluid temperature profiles, and thermal effects on flow. Workflow Static Head and TDH Calculating flow in gravity-driven systems — net head, static lift, and TDH. Workflow Tank and Vessel Boundaries Setting elevation, liquid level, and surface pressure correctly so boundary pressure is right. Workflow Tee Junction Flow Distribution Branch designation, fitting-resistance method, and why the full network determines the split. Workflow Positive-Displacement Pumps Modelling fixed-flow PD pumps and centrifugal booster arrangements in the connected network. Workflow Relief Valve Hydraulics Relieving flow, inlet loss, and built-up back-pressure modelled as part of the connected network.

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Free, structured modules that build real models — the fastest way from theory to a working network.

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