26:12
VTOL drone propeller design tutorial interface study and multi-rotor calculations, 3D STL models
26:12
VTOL drone propeller design tutorial interface study and multi-rotor calculations, 3D STL models
16:14
Example design of contra-rotating propellers with the multi-rotor interface of the Heliciel software
16:14
Example design of contra-rotating propellers with the multi-rotor interface of the Heliciel software
03:18
3D design software multi rotor propellers, counter ratating, VTVL (Vertical take-off vehicle) drone
03:18
3D design software multi rotor propellers, contra rotating, VTVL (Vertical take-off vehicle) drone
01:50
fluid network modeling in separate parts: creation of subnetwork from an element
01:18
Design drone Propeller 3d files and export STL for printers...
00:53
dessiner des plans 3D de pales d'hélices turbines et éoliennes pour imprimer 3D au format STL
24:00
logiciel calcul mécanique fluides mecaflux , calculs , modélisation 3d, hélices ailes, pompes tuyaux
23:56
mecaflux fluid mechanics software, how to calculate pressure, 3d modeling wing propeller, pipe pumps
05:02
software design of propellers for boats, airplanes, tidal turbines and wind turbines: Heliciel
05:03
software design of propellers for boats, airplanes, tidal turbines and wind turbines: Heliciel
03:55
mecaflux pro3d software calculation pressure losses sizing aeraulic hydraulic networks fluids
03:57
mecaflux pro3d software calculation pressure losses sizing aeraulic hydraulic networks fluids
04:19
saving kinetic energy: role of the Bernoulli hydroelectric venturi aspirator diffuser cone
04:19
fluids saving kinetic energy: role of the Bernoulli hydroelectric venturi aspirator diffuser cone
01:50
Venturi effect dynamic pressure variation and Bernoulli static and dynamic pressure balance
01:50
Venturi effect dynamic pressure variation and Bernoulli static and dynamic pressure balance
01:38
hydrostatic head: Hydraulic network pressure variation according to altitude and water column height
01:38
hydrostatic head: Hydraulic network pressure variation according to altitude and water column height
01:48
calculation of pressure losses in pipes, pipes, elbows. aeraulics, hydraulics pressure drop
01:48
calculation of pressure losses in pipes, pipes, elbows. Air hydraulic pressure loss
06:22
Drag and lift calculations of objects immersed in a fluid current, with Mecaflux software
06:22
Drag and lift calculations of objects immersed in a fluid current, with Mecaflux software
04:17
Calculation of singular, accidental head losses in fluid distribution networks.
04:17
Calculation of singular, accidental head losses in fluid distribution networks.
03:18
calculation of regular pressure loss in hydraulic aeraulic pipes and hoses. load loss software
03:19
calculation of regular pressure loss in hydraulic aeraulic pipes and hoses. load loss software
02:56
Pump operating point: Pump pressure flow sizing according to network pressure drops
02:56
Pump operating point: Pump pressure flow sizing according to network pressure drops
02:55
Use an aerodynamic or hydrodynamic profile coordinate file with mecaflux
02:55
Use an aerodynamic or hydrodynamic profile coordinate file with mecaflux
11:52
export 3D fluid network, from standard mecaflux to pro3D, model 3D fluids networks
11:52
export a 3D fluid network, from standard mecaflux to pro3D, model 3D fluid networks
05:01
tutorial editors of airfoils, hydrodynamics. calculate drag and lift wings foils with mecaflux
05:01
tutorial editors of airfoils, hydrodynamics. calculate drag and lift wings foils with mecaflux
02:34
Fluid lists with viscosity, density, saturated vapor according to temperature, in mecaflux
02:34
Fluid lists with viscosity, density, saturated vapor according to temperature, in mecaflux
15:03
Singular Elements editor tutorial mecaflux standard (expert users)
15:03
Singular Elements editor tutorial mecaflux standard (expert users)
02:41
determine the best pipe diameter for a given flow rate. Size a pipe.
02:41
determine the best pipe diameter for a given flow rate. Size a pipe.
02:33
power calculation of a turbine with pressure drops and height of water intake
02:33
power calculation of a turbine with pressure drops and height of water intake
03:12
pump power according to suction and discharge head, and cavitation control
03:12
pump power according to suction and discharge head, and cavitation control
03:37
Edit graphs of pressure drops, according to a range of flow rates, for fluid network
03:37
Edit graphs of pressure drops, according to a range of flow rates, for fluid network
13:32
software presentation mechanical initiation of mecaflux fluids, pressure losses, drag, lift
13:32
mecaflux software presentation, fluids mechanic initiation , pressure losses, drag, lift ...
02:03
Presentation of the Mecaflux suite of fluid mechanics calculation assistance software
02:03
Presentation of the Mecaflux suite of fluid mechanics calculation assistance software
06:41
example of 3D modeling of the aeraulic suction system with the Mecaflux Pro3D software
06:41
example of 3D modeling of the aeraulic suction system with the Mecaflux Pro3D software
07:50
Piezometric graph of fluid network pressures showing Bernoulli law
07:50
Piezometric graph of fluid network pressures showing Bernoulli's law
11:52
calculates load losses singular elements, example of sand filter modeling
11:55
calculates load losses singular elements, example of sand filter modeling
09:13
use a statement of crossing points of a pipe, to model a network of fluids.
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