Graphical analysis of network and operating point of pump
Interface Assistance duct sizing based on a flow rate imposed;
profile example available for the calculation of lift and drag.
A tool for calculating the gas density
interface drag and lift object studied: tree
Interface drag and lift object of study: Elliptical Cylinder
Calculation of drag of a spherical shell
selecting a fluid from the editor fluid
drawing a NACA 4digits with Settings cursor
The inventory of losses calculated, add the loss of loads due to several calculations
Example of head losses calculation (23 standard elements parameters representing the greatest part of cases encountered)
Interface drag and lift object of study: Zeppelin
tool for calculating viscosity by experimentation
Interface drag and lift object studied: surface friction
Interface drag and lift object of study: Car ancient forms
tool to calculate molar mass of a fluid versus its formula, molecular weight is used to calculate saturation vapor pressure
Interface trainée et portance objet étudié : Porshe 911
The profile editor allows you to compose your profile
Calculation of drag and lift by XFOIL control
Interface drag and lift object studied: plate obliqueXFoil
Interface drag and lift object of study: Sphere
Interface drag and lift object studied: symmetric NACA 0009 profile
Interface pumps and turbines: detection of cavitation
Example of results here the results of a hydrodynamic dagger board
tool for calculating equation state of seawater (density versus salinity, temperature...
the editor gives you fluid viscosity versus the temperature of 85 liquids and 35 gas.
interface head losses: loss of pressure in a ball valve according to the angle closure
interface head losses: loss of pressure through a sudden expansion
the interface of friction pressure losses in pipes and ducts: selecting a duct profile for calculation of equivalent diameter
interface friction preesure loss in pipes and ducts : Example of result note
tool for calculating saturation vapor pressure versus Clapeyron formula
interface friction preesure loss in pipes and ducts : Example of result in the parameters area
pump and turbine interface: the window hydrostatic
Emptying time versus water level or pressure in a reservoir
Converter normal m3 and m3 for the calculation of the pressure loss of fluids whose flow is given in Nm3 / h
pump and turbine interface: power of turbine versus settings.
converter integrated MECAFLUX: tab angles and speeds
converter integrated MECAFLUX: tab kinetic energy
converter integrated MECAFLUX: tab pressure equation
converter integrated MECAFLUX: tab equation viscosity and friction
converter integrated MECAFLUX: tab acceleration mass weight
converter integrated MECAFLUX: tab expansion and temperature
converter integrated MECAFLUX: tab energy work
tool for calculating centrifugal force
Converting non-circular duct diameter equivalent
Alert sedimentation rate in the interface of choice of pipe size versus flow
After having created and saved your network in a mecaflux file, you can search for points of functioning of a pump and create graphics, HIGHLIGHTING bodies generate too much pressure drop or the Annual cost of losses...
This interface allows to choose a list of ducts or pipes, and automatically search for the best diameter versus the criteria of linear pressure loss, sedimentation ( if the alert sedimentation is activated) usually applied.Linear pressure loss compromise is around 15 mm / m drop linearity ic, but the interesting data is the demonstration of the evolution of the losses according to diametres.The user choice may then be following the strategy of depreciation and expected operating.
You enter the size and your wing speed, angle of incidence and the parameters of the fluid (air, water or other ..) and calculate the lift and drag of your profile
A tool for calculating the density of gas, versus Mariotte law, allows you to calculate, for example, the difference in weight of the air versus the temperature, which leads to the lift of lighter than air....
Some thirty objects reveal their drag force and lift force.
Example calculation of drag: a hollow spherical shell (30 profiles Basic Settings)
The editor of fluid (120 fluids and the ability to create new) gives fluid viscosity, mass volumique.
You can easily create a file of coordinates and draw a profile with NACA 4digits editor.
The inventory of pressure losses calculated, can add the loss of pressure due to several calculations
calculate the pressure drop of 23 standard elements parametrisable (elbow angles, cone angle, angle closure valve dimensions ..... divided into 6 categories (enlargements, withdrawal cissements, elbows, couplings, cone valves)
Some thirty objects reveal their drag force and lift force
The friction of fluid on a surface are detailed:
the length and thickness of laminar and turbulent layers are given according to the rugositée plate
the friction forces are calculated based on the fluid and its velocity..
Some thirty objects reveal their drag force and lift force
Some thirty objects reveal their drag force and lift force
You can save your profiles and polar in a file that you can load in the calculation of lift....
The polar of your profiles can be calculated with XFOIL, piloting the software for calculating lift is integrated in Mecaflux
plate in a fluid stream, its size, its impact are changing the drag and lift by updating the results
The speed caused drag, when the drag is egal to the weight of the object, the velocity stops to increase
the velocity of sedimentation is reached...
profiles are symmetric forms used for daggerboards or rudders, keels, which must generate lift on one side or the other alternately ..
when you enter the parameters of the fluid network, the data are updated and highlight the consequences of changes here warning of cavitation just turn red after a change of suction height
the editor gives you fluid viscosity versus the temperature of 85 liquid and 35 gas, you can create and save your fluids
calculate the pressure drop of 23 standard elements parametrisable (elbow angles, cone angle, angle closure valve dimensions ..... divided into 6 categories (enlargements, withdrawal cissements, elbows, couplings, cone valves)
calculate the pressure drop of 23 standard elements parametrisable (elbow angles, cone angle, angle closure valve dimensions ..... divided into 6 categories (enlargements, withdrawal cissements, elbows, couplings, cone valves)
Calculate enmptying time of reservoir....
Ventilation ducts are usually rectangular or oblong, to calculate the loss of load, speed or fluid, using their equivalent diameters, iso kinetic or hydraulic. A converter does it for you.
The interface design of ducts, provided all the information needed for the proper choice of diameter of pipe. An alert sedimentation is customizable, and the calculation of sedimentation rate as a function of the particles is made..