Bruce Kay is a retired Sikorsky Tech Fellow for Air Vehicle Design and was responsible for changing the paradigm that helicopter airframes had to be metal, which resulted in the world’s first composite airframe helicopter, the Sikorsky S-75. Bruce has numerous recognition awards from AHS, the Army, and NASA and holds 6 patents. Watch his master lecture on air vehicle design and project management.

A student's view of the Aerospace Vehicle Design MSc offered by the School of Engineering at Cranfield University.

#aerospacestructures #designloads In this lecture we discuss external loads acting on an aircraft and how to related those to internal loads in an aircraft. We also cover the V-n diagram methodology and how that diagram can drive a design.

About this video- In this video, I have explained about Introduction of Aircraft design. The following topics i have covered in this video: (1) Classification of airplanes according to configuration (2) Classification of airplanes based on wing configuration (3) Classification of airplanes based on fuselage (4) Classification of airplanes based on horizontal stabilizer (5) Classification of airplanes based on number of engines and their location (6) Factors affecting the configuration (7) Aerodynamic considerations – drag, lift and interference effects (8) Low structural weight (9) Layout peculiarities (10) Manufacturing processes (11) Cost and operational economics – Direct operating cost (DOC) and Indirect operating cost (IOC) (12) Interaction of various factors ------------------------------------------------------- ------------------------------------------------------- ---------------------------------------- I hope so you like my this video. Myself Anup Singh, M.Tech Aerospace IIT-Bombay. Welcome to my new YouTube channel AeroTech Advance. Thanks for watching my this video. Please Like, Follow and Subscribe my this YouTube channel AeroTech Advance. ------------------------------------------------------- ------------------------------------------------------- ----------------------------------------- Other videos link: (1) Basic Idea about Aero Domains | What is Career & Scope in Aero field? : https://youtu.be/slvWXd1SEY4 (2) Gas-Turbine Engine | What is the Primary Components of the Gas-Turbine engine? : https://youtu.be/iIYZgSp4i0w (3) Study of Turbomachine | Why We Are Learning Turbomachine? : https://youtu.be/qFjtzNmwM3g (4) Curriculum Semester-wise | B.Tech. Aeronautical Engineering? : https://youtu.be/qFjtzNmwM3g (5) GATE Exam: Aerospace Engineering | What is GATE? and Why GATE Exam? : https://youtu.be/K9JasAd3pbY (6) How the airplanes fly in the sky? | 3 Main Important Points discussion: https://youtu.be/8ZdyM2IXvAc (7) Jet Propulsion | How Newton’s laws apply to jet or rocket engines? : https://youtu.be/ULne5lEqbrE (8) Basic Aircraft | 9 Main Important Points discussion: https://youtu.be/7P_91B7-2X0 (9) Classification of Aircraft | Total 5 Classification Points discussion: https://youtu.be/7JPIvFbZ6Mc (10) How do Aircraft Jet Engines Work? | Total 3 Important Points discussion: https://youtu.be/NECjnbP0RVY (11) Fundamentals of Rocket Propulsion | Overview of Total 4 Important Points: https://youtu.be/gsG37X_U-Ns (12) Propulsion Syllabus for GATE Exam | GATE Aerospace Syllabus-Aerospace Engineering: https://youtu.be/gsG37X_U-Ns (13) Flight Mechanics Syllabus for GATE Exam | GATE Aerospace Syllabus: https://youtu.be/j2nkSENiyDA (14) Aerodynamics Syllabus for GATE Exam |GATE Aerospace Syllabus-Aerospace Engineering: https://youtu.be/bnQAL76_EfI (15) Structures Syllabus for GATE Exam | GATE Aerospace Syllabus-Aerospace Engineering: https://youtu.be/pr6MPW9fAgU (16) Space Dynamics Syllabus for GATE Exam | GATE Aerospace Syllabus-Aerospace Engg: https://youtu.be/vZv-f7d84sY ____________________________________________________________________________________________ Follow my social media pages mentioned below: Facebook Page: https://www.facebook.com/AeroTech-Advance-106727835317330/?ref=pages_you_manage Instagram Page: https://www.instagram.com/aerotech_advance/ Twitter Page: https://twitter.com/AerotechAdvance #airplane #aeronauticalengineering #aerospaceengineering #aerospace #gate #gate2023 #gatesofolympus #abroad #byjus #manojdey

Sorry about the noise please I would like to thank Vikram Singh for giving a brief about AVD course structure at Cranfield University. #Cranfield_uni #Aerospace #Masters #student #researcher

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In this session, Khushin Lakhara will be lecturing about Accelerating Aerospace Vehicle Design for the GoAERO Competition with MATLAB & Simulink and will include a question-and-answer session. Khushin Lakhara, Aerospace Engineer, Student Programs, MathWorks Khushin Lakhara is currently working as an Aerospace Engineer in the Student Programs team at MathWorks. He develops technical tools and content to design aircraft, UAVs, and flight controllers for aerospace student competitions. He received his B.Tech. and M. Tech. degrees in Aerospace Engineering from the Defense Institute of Advanced Technology, India. Previously he has designed UAVs, developed the Flight Controller for Combat UAVs and published research articles in the field of high-power electric propulsion. His major areas of interest are drone design, flight controller development, and mission simulation. The GoAERO Guidelines can be found here: https://herox.com/GoAERO

Marketing video of the A-22 Aether designed by all members of the MSc in Aerospace Vehicle Design at Cranfield University.

Course Introduction by Prof. Ashok Joshi

Advanced Control System Design for Aerospace Vehicles - Part 1 Course Description: Professor_ Name: Dr. Radhakant Padhi Contents: Introduction - Historical Development of Helicopters - Helicopter Configuration - Control Requirements - Types of Rotor Systems - Basic Power Requirements. Introduction to Hovering Theory: Momentum Theory - Blade Element Theory - Combined Blade Element and Momentum theories for non - uniform inflow calculation - Ideal Rotor Vs Optimum Rotor. Vertical Flight: Various flow states of Rotor - Autorotation in Vertical Descent - Ground Flight. Forward Flight : Momentum Theory - Variable Inflow Models - Blade Element Theory - Rotor Reference Planes - Hub Loads - Power variation with forward speed - Rotor Blade flapping Motion: Simple Model. Helicopter Trim and Stability : Equilibrium condition of helicopter - Trim analysis - Basics of helicopter stability. For More Engineering Related video please visit my YouTube channel: https://www.youtube.com/channel/UCPnJ7WZrNyHyZi7ip7gmRYg/videos?shelf_id=0&sort=dd&view=0