Mecaflux Suite Software Presentation:
Mecaflux Suite Software comparative

Mecaflux Suite is a software suite to help mechanics calculations fluids. This software suite, tutorials and theoretical background online, provide a self-taught or knowledge building. The aim of this suite is to put within the reach of everyone the essential applications of fluid mechanics

The consulting firm found in this suite, the software tools needed to carry out specific projects dealing with fluids, the specialist will find applied media,and the student further information...

Here is an interactive chart summarizing the main functionalities of software suite Mecaflux::
Databases aerodynamic and hydrodynamic airship hull Reverse Engineering: Evaluate the performance of an existing propeller The performance curves of the propellers vortex losses at the blade or wing  tip optimum twist of the blades 3D modeling propellers wings foils performance propellers lift at zero speed modeling counterrotating propellers systemes ventilation aeration tidal turbine and wind energy turbines propeller or Kaplan propeller airplane and boat editing and creating profiles aerodynamic and hydrodynamic lift and drag aerodynamic and hydrodynamic profiles drag and lift on oblique plates Forces on geometric objects in a fluid stream friction on a surface of hull editor liquid or gas power of propeller turbines or pumps list of functions forming the toolbox integrated in standard mecaflux calculation of the operating points ventilations or pump edition graphics piezometric network fluid 3D modeling of fluid network Design of ramified networks Calculation of pressure losses Suite de logiciels Mecaflux Logiciel Heliciel Logiciel Mecaflux Pro 3D logiciel Mecaflux Standard

 

 

Functions
Mecaflux Mecaflux Mecaflux
Mecaflux
Choice of fluid liquid or gas in database (Editor fluids) x x x
x
pipes Head losses calculation x x
x
Accessories Head losses calculation in x x
x
Inventory / cumulative load losses in a section composed of multiple elements x x
x
Calculation of complex ramified networks and loops x
x
Rapid design of networks: network modeling interface3D system with exclusive ergonomic layout with floating gate (Model filed mecaflux) x
x
Importing items and segment type "mecaflux standard" x
x
Edition graphics piezometric x
x
3D animation modeling fluid network with variation in pressure x
x
Resolution pump operating point / pressure losses x x
x
Toolbox fluid mechanics (Bernoulli, emptying tank, hydrostatic pressure, converters, venturi, smoke pipes, sedimentation, thin layer, dynamic pressure viscometer, equivalent diameter, choice conduits) x x
x
Evaluation power turbine / pump x x
x
Calculations of basic objects Drag x x
x
Calculations Drag + boundary layer friction area x x
x
Calculation of lift plates oblique x
x
calcul de portance des ailes ou foils avec sélection profils aero/hydrodynamique x x x
x
Xfoil integration for creating profiles polar Edition x x x
x
Database profile interactive (selection, creation, performance profiles calculated aerodynamic / hydrodynamic) x
x
3D modeling interface for propellers and wings x
x
Calculating Propellers capture (type tidal turbine, wind, Kaplan, propeller turbines) x
x
Calculation of propeller propulsion (type aircraft, helicopters, boats, ventilators, ventilation, pumps, propellers) x
x
Calculation of performance (power, torque, attacks) according to the specifications of the project x
x
Incorporating corrections effects of losses at tip blades and wings (vortex theory) x
x
Calculation of optimum propeller twists (Theory blade elements with Prandtl and Glauert corrections) x
x
Generation of 3D file formats for export igs in CAD ​​(eg Solidworks) surface BSplines entity igs 128 (smoothing surfaces) x
x
Editing curves performance test based on rotational speed range or velocity fluid x
x
Reverse Engineering: Setting a propeller existing by entry of the pitche and profiles) x
x
Contrarotating propellers: Calculation of the propeller by insertion downstream of axial and tangential flow induced by the upstream propeller) x
x
Calculation of hull forms drag modeled by selecting profiles x
x