Home           Products           Company           Contact us     
> Fundamentals of Fluid Mechanics
> Steady Incompressible Flow
> Flow around Bodies
> Steady Flow of Compressible Fluids
> Examples of Transient Flow
> Hydraulic Fluid Energy Machines
> Components in Piping Systems and Plant Design
> Fluidic Experimental Plants
> Hydraulics for Civil Engineering
Products  |  Fluid Mechanics  |  Hydraulics for Civil Engineering
Fluid Mechanics
Hydraulics for Civil Engineering
> All Products
> Fundamentals of Fluid Mechanics - Hydrostatics
> Fundamentals of Fluid Mechanics - Hydrodynamics
> Fundamentals of Fluid Mechanics - Discharge
> Fundamentals of Fluid Mechanics - Turbo Machines
> Fundamentals of Fluid Mechanics - Pipe Flow
> Fundamentals of Fluid Mechanics - Transient Flow
> Hydraulic Engineering - Open-Channel Flow
> Hydraulic Engineering - Sediment Transport
> Hydraulic Engineering - Seepage Flow
HM 150.01
Pipe Friction for Laminar / Turbulent Flow
Determining the critical Reynolds number

HM 150.11
Losses in Piping Elements, Valves and Fittings
Investigating the influence of flow rate and cross-sectional profiles on pressure loss in pipes and fittings

HM 164
Open Channel and Closed Channel Flow
Flow processes on different structures in open and closed channel flows

HM 111
Pipe Networks
Investigation and analysis of different pipe systems in relation to pressure and flow rates

Print
© 2005 G.U.N.T. Gerätebau GmbH