Why MECHANICS OF FLUIDS Simplified?

We will limit our discussion to:

1. Calculation lift force and drag force of Profiles or airfoils . ( external flows ) in Aerodynamics and hydrodynamics
2. Loss of friction. ( internal flows ) The friction and turbulence in ducts and pipes
3. Singular pressure drop. ( internal flows ) The friction and turbulence in elements of network
4. Dimensioning pump or Turbine network . ( internal flows ) power a pump or a turbine

Calculations of fluid mechanics can achieve infinite degrees of complexity, we leave to aerospace engineers and other researchers whom we thank for the equations who sometimes wear their name.

The objective of this site is to provide tools reflection fun, fast and applied to specific projects.

While surfing through links , you will develop a basic knowledge of fluid mechanics while you'll achieve your projects.

In support, a teaching tool box fluids Software is provided:

  This Site used as online support for Software fluid mechanics :

Mecaflux

        

calculations Lift force , Drag force . Calculations Pressure drop, pressure losses in pipes, or networks sections

Mecaflux software is developed in a spirit of pedagogical simplification. Whatever your theoretical level, in a few clicks, you enter your data easier to collect and you anticipate the consequences of your choices . Economic (60 euros, paiement on line is converting $ <=> euros €). the boost at the right time in calculations of pressure losses, pump, of aerodynamics, hydrodynamics ,networw water or air hanling. ( Tool to convert physical units included) . QUOTES of mecaflux

 

Examples of applications fluid mechanics : You are designing a Car fin , a foiler , hydrofoil for a wing plane model, boats, Plumbing system Pumping or Turbine , A Ventilation, An Aspiration system or air handling network, A jet ski ... or is the curiosity that leads you ...

• The calculation of losses plumbing in a pumping system is an example of calculations internal flows Mechanical -- fluid.
• Forces and friction acting on the sails The Hull or drift a boat within the Aerodynamics and the hydrodynamics . They are evaluated in the calculations lift and drag of Profiles

(click for more details Examples of applications Mechanical -- fluid )