Solidworks Flow Simulation | Aerodynamics Analysis Solidworks | Lift Force in Solidworks

Cool info, thanks for sharing, well done :)

Awesome video

Thanx

Excellent

can you guide me about flow simulation of Parachute.please

mine is not allowing me to preview it after i click run do you know why

MY VERTICAL WIND MILL PROJECT DETAIL
FAN BLADE 66INCH WIDTH HIGHT 144 INCH FAN 10NOS
AIR DANCITY 241
WIND VELOCITY 5.5 METER PAR SECOUND TO 15 METER PAR SECOUND
HOW CALCULAT RPM
HOW MUCH RPM GENARATE
PLZ HELP

Hi, will the lift force always be the "GG Force (Y)" goal plot? Or does it depend on how you set up your model in relation to the planes? Thanks in advance.

thanks for your great content. keep going

Sir make a video how to check lift and drag

Thank you

Sir.. i got "MESH GENERATION TERMINATED" how to fix it?

Thanks from Korea~~!! It helped me a lot to study fluid simulation!!

Hi! How can I download a free soliworks 2019-2020 or 2021 with flow simulation feature? Is there any link to download if yes.

Hi. May i ask what is the maximum velocity that can be input in this simulation??

Can you tell me the specifications of the computer please?🙏🏻

Other than global plots, what are the key simulations to run when finding lift, drag + coefficients (aerodynamics in general) to get numerical values to analyse in a report format as well as important features to select on the flow trajectories such as pressure to produce clear images referring to numerical values produced? I am a 2nd-year aerospace student and using Solidworks to produce data for a rocket I have designed for part of a group project. Solidworks is an extracurricular resource that I am trying to get as much out of it as possible but have little help from academics at the university.

Very helpful video, thanks! But i have a question. Why is the value of lift only 260 newtons? Seems crazy small

Can we simulate plasma in solidworks?

Your tutorials are very good, This one has been very useful to me. Thank you!

THANKS

And you didn't even mention what was the coefficient of drag of that model ...

Thanks for the video :)