Master Lecture: Rotary-Wing Aerodynamics Analysis w/ Georgia Tech's Dr. Marilyn Smith

[@Justicewarrior795]

4:41 "You can't do aerodynamics in a vacuum" lool. That should be the first axiom of aerodynamics

[@yuanxinshen8259]

Greatest Master lecture ever

[@juansuarez2628]

Great lecture. @goflyprize do you know where I can find the power point slides? It would be incredibly useful.

[@yeabsramekdim1876]

Hey, @Juan Suarez. Did you get the PowerPoint slides.

[@coreybennett564]

Does anyone have a video walkthrough on how to use Dymore Solutions on a rotorcraft?

[@wahyuadnyana2296]

At 17:05, What is "rho" stand for?

[@nicholasledington-fischer8578]

"The density of air or atmospheric density, denoted ρ (Greek: rho), is the mass per unit volume of Earth's atmosphere. Air density, like air pressure, decreases with increasing altitude. It also changes with variation in atmospheric pressure, temperature and humidity."

[@recepaksoy8363]

thanks. nice explanation. @goflyprize, if you have Module 12 HELICOPTER AERODYNAMICS, STRUCTURES AND SYSTEMS and can you share these slides or help me where can I find this and similar power point slides? I would be very happy if you could help.

[@Pork-Chopper]

With an increase in torque n angle of attack, you're also increasing drag, therefore you need more power/torque. And of course, too much angle of attack without sufficient power will cause blade stall. Hasta la vista Baby!

[@jonnupe1645]

Damn you mentor Duffy, I shouldn't have listened to you

[@dr.ganeshbhokare6547]

Reading PPT without any physical interpretation and conceptual understanding doesn't make any sense. This can be read in books as well