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CFD Analysis of a Quad Rotor (UAV) with SolidWorks 2020
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- เผยแพร่เมื่อ 17 ส.ค. 2024
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Our cordial effort through erudireplus.com offers online courses and training programs in CAD, CAM, CAE, CFD, FEA, and other software to improve engineering design and analysis skills. The courses are flexible and accessible to everyone, including engineering and Ph.D. students. Erudireplus.com also provides industrial training and project assistance with competitive pricing to make education affordable and accessible to everyone. This video explains CFD Analysis of a Quad Rotor with SolidWorks 2020. Learn how to perform CFD analysis on a quad rotor UAV with SolidWorks 2020. In this video, we explain the basics of drone aerodynamics and demonstrate how to optimize your drone design through CFD flow simulation. Watch now
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Time Stamp:
00:00 - Introduction
00:15 - Problem definition
00:17 - CFD Flow Simulation of an Un-manned Aerial Vehicle
00:26 - Quadrotor
00:30 - This is actually Motor Radiator
00:33 - Propeller Blade
00:45 - Simulation Effect
01:04 - Buoyant Force
01:30 - Force Exerted by different Propeller
01:35 - Upthrust
01:42 - Clock wise direction
01:44 - Anti-Clock wise direction
01:47 - To balance the counter effect of Torque
01:55 - Surface Goals
01:57 - Pressure velocity
02:07 - Up-ward Thrust
02:10 - Net Thrust
02:38 - Wizard
17:16 - Upthrust in counterclockwise direction
21:33 - Iterations have already started
21:38 - Solver is finished
27:42 - Dynamics of Flow Particles
29:34 - Goal Plots
32:14 - Conclusion
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Hash Tags:
#CFDAnalysis #SolidWorks #QuadRotor #UAV #UAS #FlowSimulation #Drone #Aerodynamics #StressAnalysis #designsoftware
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• Video
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Thank you, sir, for the knowledge given to the discussion about lifting loads on a drone propeller, that's amazing, because I already understand the discussion earlier, pray for me, I'm analyzing a drone propeller
How can I manage the component Control ?
Can you explain how to create this dummy space around the propeller. is that important for doing the simulation ?
It is the space which is covering all the rotating blades. It is needed for simulation. It is made manually by un-merged extrude boss base on the circular sketch
@@CFD_GUIDE Thank you for the reply. what i would like to add is that if I add this extrude. that will add up to the total mass of the drone unit right. how can I exclude it from the mass calculation ?
another question is that, I have a propeller design , diagonally 1 set of propeller should be inverted compared to the other set ?
Yes inverted@@vishnudasmattappillilsathi2855
how to simulate the rotation , roll, pitch, yaw aspect of the drone. In the wizard setting, which coordinate system to be selected ?
Why is it saying mesh generation terminated? Could you please help!
This may be due to the geometry. If it is an assembly convert it into a part and save as Sldprt file. Again unimportant parts keep inactive. Don't consider unimportant parts in your CFD analysis.
Broo.. I cannot select the propellers in selection of rotating parts
You can select from solid components
Bro, can I look at it, analyze it on my laptop. can I ask you for a file of this work, please?
@ERUDIRE PLUS Thank you very much。but SLDPRT version is too high。could you send me the model such as stp or igs ?Thanks。
bro design tutorial