Aerospace Manufacturing

Introduction to Aerospace Manufacturing 

Explore the structural and material design of aircraft and spacecraft from the viewpoint of an aerospace engineer. Take this course for free on edx.org: https://www.edx.org/course/introduction-to-aerospace-structures-and-materials?utm_source=organic_social&utm_medium=youtube&utm_campaign=aboutvideo How do you design an aircraft or spacecraft? And in doing so, how do you keep the risk of failure minimal while bearing in mind that they will eventually fail? In this course you will be taken on a journey through the structural and material design of aircraft. You will see and understand how aircraft and spacecraft are manufactured, and learn how safety is enshrined at every stage. Experts from the Aerospace Structures and Materials Department of Delft University of Technology will help you explore and analyze the mechanical properties of materials; learning about manufacturing techniques, fatigue, loads and stresses, design considerations and more – all the scientific and engineering principles that structural and materials engineers face on a daily basis. By the end of the course, you will have learned to think like they do! Join us for an exciting learning experience that includes experiments; some of which you can do by yourself at home, online lectures, quizzes, and design assignments.

Mega Manufacturing: Airbus A350 | 4K Engineering Documentary Build your own Airbus A350: https://amzn.to/3LVjh2F World's Most Advanced Supercars: Birth of the Automobile: https://youtu.be/LbD8leFCB-I Assembled in France using millions of components made throughout Europe: The A350 is the most modern commercial aircraft in the world. The Airbus A 350: the most modern commercial aircraft in the world. It takes 1800 highly-skilled specialists in Toulouse, France, and 2.5 million individual parts, delivered from all over the world, to assemble this masterpiece of aeronautic engineering. The goal: An aircraft with minimal consumption and maximum range. 53 percent of the Aircraft consist of a modern ultra-light composite material. But the innovative material also requires entirely new manufacturing processes. A challenge for the aircraft manufacturers in Toulouse. And the final assembly is preceded by a logistical masterpiece: The individual parts of the aircraft travel from various Airbus plants in Europe to Toulouse: the front and centre sections from Saint-Nazaire in France, the tail section from Hamburg, the wings from Broughton in Wales and Bremen, and the tail fin from Getafe in Spain. The factory in Toulouse is supplied with these parts by a specially developed transport aircraft, the Beluga. Several times a day, five of these machines commute between the various plants and bring supplies for production seven days a week from early in the morning until midnight. And the journey of the components is not over in Toulouse. By the time the A350 is fully assembled it will have passed through seven hangars or "stations." Given the extremely high number of components that have to be assembled and the large number of different suppliers, there are a lot of risk factors involved in the production of the A350. And the pressure is high: The modern aircraft is extremely popular with airlines, with 890 pending orders to date. Ten aircraft of the A350 have to leave the factory every month no matter what. ????????? Subscribe Free Documentary Channel for free: https://bit.ly/2YJ4XzQ Facebook: https://bit.ly/2QfRxbG Twitter: https://bit.ly/2QlwRiI ????????? #FreeDocumentary #Documentary #MegaManufacturing ????????? Free Documentary is dedicated to bringing high-class documentaries to you on YouTube for free. With the latest camera equipment used by well-known filmmakers working for famous production studios. You will see fascinating shots from the deep seas and up in the air, capturing great stories and pictures from everything our beautiful and interesting planet has to offer. Enjoy stories about nature, wildlife, culture, people, history and more to come.

In the new Advanced Manufacturing for Aerospace Engineers course, students design, build, and test an electric rocket engine turbopump, preparing them for a career at the forefront of the aerospace industry. In just 13 weeks, students design, build, and test a laboratory-scale electric turbopump, the type of pump used in liquid rocket propulsion systems to deliver fuel and oxidizer to the combustion chamber under high pressure. “Sometimes it’s assumed that students will get hands-on experience through their extracurriculars, but they may not. Students in this class gain that experience through exposure to cutting-edge design and manufacturing tools, like metal 3D printing,” says course creator and Prof. Zachary Cordero. “They don’t just learn how to solve a problem set — they learn how to be an engineer.” From MIT News: https://news.mit.edu/2025/preparing-career-forefront-aerospace-industry-0328 Video directed and produced by Lillie Paquette at In Short Media

Aerospace Manufacturing 

This lecture is part of Engineering 101 at the University of Washington, and it aims to introduce students to various engineering disciplines. Here, I have highlighted aerospace manufacturing and explained how a degree in Materials Science and Engineering can significantly bolster their careers. Webiste: http://composites.uw.edu

Aerospace Manufacturing 

Welcome to the 11th installment of our captivating series, "Aircraft Materials." In this episode, we embark on a journey deep into the heart of aircraft construction, uncovering the secrets behind material selection, properties, and real-world case studies. Join us as we delve into the diverse world of aircraft materials, from metals and alloys to composites and advanced ceramics. Discover the unique properties and characteristics of each material type and learn how engineers carefully select the right materials to meet the demanding requirements of modern aerospace applications. Through captivating case studies and practical examples, we showcase the critical role of material selection in aircraft design and performance. Explore how lightweight aluminum alloys enhance fuel efficiency and structural integrity in commercial airliners, or how advanced carbon fiber composites revolutionize the construction of high-performance military aircraft. But that's not all! In this episode, we also delve into the properties that define material performance, including strength, stiffness, fatigue resistance, and thermal conductivity. Gain insights into the trade-offs involved in material selection and learn strategies for optimizing material properties to achieve desired outcomes. With expert insights, stunning visuals, and real-world examples, this episode is your ultimate guide to understanding aircraft materials. Whether you're an aerospace enthusiast, aspiring engineer, or seasoned industry professional, prepare to be inspired as we unravel the mysteries behind material selection and performance in aerospace engineering. Tune in now and elevate your knowledge of aircraft materials to soaring new heights! Our Official Web-page: https://temstechsolutions.com Solve numerical problems easier: https://todocalculator.com Learn for Free: https://masteringup.com

Aerospace Manufacturing