Applied Hydraulics, Fluid Mechanics -- 2
Budget: €8 – €30 EUR
I need someone with great knowledge of the following to work on a project for me at 28/6/2021
:Real and imaginary fluids. Permanent flow in closed circuits of circular cross-section, laminar and turbulent flow, Reynolds number, velocity distribution in pipe cross-sections, boundary layer, energy losses in circular cross-section pipes, Darcy-Weisbach equation, friction coefficient. Closed duct systems, water transfer between tanks, local energy losses, pumps and turbines. Methods of solving pipeline networks. Hardy - Cross method. Open conductors, velocity distribution in open conductor sections. Manning equation. Equations St. Venant. Uniform and uneven flow. Special energy, critical flow, conjugate depths, hydraulic jump.
:Real and imaginary fluids. Permanent flow in closed circuits of circular cross-section, laminar and turbulent flow, Reynolds number, velocity distribution in pipe cross-sections, boundary layer, energy losses in circular cross-section pipes, Darcy-Weisbach equation, friction coefficient. Closed duct systems, water transfer between tanks, local energy losses, pumps and turbines. Methods of solving pipeline networks. Hardy - Cross method. Open conductors, velocity distribution in open conductor sections. Manning equation. Equations St. Venant. Uniform and uneven flow. Special energy, critical flow, conjugate depths, hydraulic jump.