AVRCap

Fluid Dynamics · Reynolds Analyzer A five-stage engineering deck to evaluate pipeline flow regime, friction, velocity distribution, energy consumption and design optimization. Stage 1 — Compute Reynolds number with ρ, μ, v, L, temperature, non-Newtonian and roughness corrections. Flow regime judged against adaptive critical values. Stage 2 — Resolve friction factor through Moody interpolation and Colebrook–White iteration; add local loss elements. Stage 3 — Plot velocity profile for laminar parabolic or turbulent power-law flow; inspect shear stress, turbulence intensity, uniformity score. Stage 4 — Aggregate head loss, elevation change, pump efficiency and tariff into annual OPEX with optimization hints. Stage 5 — Compare multiple design schemes via life-cycle cost, sensitivity bars and recommended configuration. All stages chain: results flow forward automatically. Any stage can…