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TORRENT DETAILS
Udemy - An Introduction To Helicopter Aerodynamics
TORRENT SUMMARY
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A first-principles approach to understanding the physics, design and performance of helicopters
What you'll learn
Grasp the physics behind the working of a helicopter rotor under a variety of flight conditions
Using models of increasing complexity, derive expressions linking thrust and power of a rotor to flow and geometry variables
Design 'ideal' and 'optimum' rotors using the Blade-Element-Momentum-Theory model
Learn how to estimate important helicopter performance metrics such as climb rates, maximum speed, service ceiling etc
Requirements
High School Physics
Elementary Calculus
Description
This is meant to be an exposition of the simple, yet elegant models used to understand the working and performance of a helicopter. Using first principles, thought experiments and the occasional Hollywood video, learners will understand how to gauge the efficiency of a rotor, and how to predict its performance (even on distant planets!). They will grasp how a rotor operates in climb and how to produce the universal inflow curve. They will gather the necessary tools and techniques to predict the descent rate of a maple seed when it is in an 'autorotative' state. The asymmetries inherent to forward flight will also be covered in detail. Using a hybrid model, they will be learn how to compute the inflow variation across the rotor disk. Students will finally be exposed to the fundamentals of efficient rotor design ('optimum' vs 'ideal' rotors) before an in-depth look into the calculation of typical helicopter performance metrics (maximum speed, service ceiling etc).
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FILE LIST
Filename
Size
~Get Your Files Here !/01 - Introduction/001 Course Overview.mp4
50.5 MB
~Get Your Files Here !/01 - Introduction/002 Definitions.mp4
228.6 MB
~Get Your Files Here !/02 - Momentum Theory/001 Hover - 1.mp4
144.7 MB
~Get Your Files Here !/02 - Momentum Theory/002 Hover - 2.mp4
392.2 MB
~Get Your Files Here !/02 - Momentum Theory/002 powerLoadingVsDiskLoading-DifferentPlanets.py
1.3 KB
~Get Your Files Here !/02 - Momentum Theory/003 Hover - 3.mp4
77.5 MB
~Get Your Files Here !/02 - Momentum Theory/004 Hover - 4.mp4
138.9 MB
~Get Your Files Here !/02 - Momentum Theory/005 Profile Power Calculation.mp4
260.7 MB
~Get Your Files Here !/02 - Momentum Theory/006 ClimbDescent - 1.mp4
247 MB
~Get Your Files Here !/02 - Momentum Theory/007 ClimbDescent - 2.mp4
267.2 MB
~Get Your Files Here !/02 - Momentum Theory/007 inflowCurve-Climb.py
4.3 KB
~Get Your Files Here !/02 - Momentum Theory/008 Forward Flight - 1.mp4
181.6 MB
~Get Your Files Here !/02 - Momentum Theory/009 Forward Flight - 2.mp4
303.8 MB
~Get Your Files Here !/02 - Momentum Theory/009 inflowCurve-ForwardFlight.py
1.6 KB
~Get Your Files Here !/02 - Momentum Theory/009 reverseFlow.py
2.4 KB
~Get Your Files Here !/03 - Blade Element Theory/001 BET - 1.mp4
217.4 MB
~Get Your Files Here !/03 - Blade Element Theory/002 BET - 2.mp4
185.1 MB
~Get Your Files Here !/03 - Blade Element Theory/003 BET - 3.mp4
124.2 MB
~Get Your Files Here !/04 - Blade Element Momentum Theory/001 BEMT - 1.mp4
160.3 MB
~Get Your Files Here !/04 - Blade Element Momentum Theory/002 BEMT - 2.mp4
62.3 MB
~Get Your Files Here !/04 - Blade Element Momentum Theory/003 BEMT - 3.mp4
150 MB
~Get Your Files Here !/04 - Blade Element Momentum Theory/004 BEMT - 4.mp4
140.9 MB
~Get Your Files Here !/04 - Blade Element Momentum Theory/ScriptsAndAirfoilData/data/naca0012_coefficients.csv
3.1 KB
~Get Your Files Here !/04 - Blade Element Momentum Theory/ScriptsAndAirfoilData/data/naca0012_coordinates.csv
2.7 KB
~Get Your Files Here !/04 - Blade Element Momentum Theory/ScriptsAndAirfoilData/data/ys930_coefficients.csv
1.5 KB
~Get Your Files Here !/04 - Blade Element Momentum Theory/ScriptsAndAirfoilData/data/ys930_coordinates.csv
2 KB
~Get Your Files Here !/04 - Blade Element Momentum Theory/ScriptsAndAirfoilData/idealVsOptimumRotors.py
9.2 KB
~Get Your Files Here !/05 - Performance/001 Performance - 1.mp4
256.2 MB
~Get Your Files Here !/05 - Performance/002 Performance - 2.mp4
249.9 MB
~Get Your Files Here !/05 - Performance/002 performanceCalculation.py
