Aerospace Manufacturing and Design - The FAA Aerospace …
The FAA Aerospace Forecast predicts that through 2031, the general aviation fleet will increase at an average annual rate of 0.9%, growing from an estimated 224,172 in 2010 to 270,920 aircraft in 2031. Aerospace Manufacturing and Design serves the aerospace industry by providing timely information on manufacturing processes and design parameters involved in …
2024 Forecast - Aerospace Manufacturing and Design
Jan 31, 2024 · AIRBUS delivered 735 commercial aircraft in 2023 – an 11% increase compared to 2022 – to 87 customers, mainly in Europe (34%), Asia-Pacific (32%), and the Americas (25%). The company reported a record 2,094 net new orders, including 1,835 A320 family single-aisle and 300 A350 family widebody aircraft. By comparison, 2022’s net orders ...
Forging vs. casting - Aerospace Manufacturing and Design
Aug 30, 2021 · It’s common to reduce machine cycle time by 50% compared to a billet process. Forged material tends to be less abrasive than cast surfaces and will also extend tool life. Forged parts will also have a smoother surface, which makes coatings and paints bind more evenly and cleanly to the part’s surface.
Materials in Aerospace - Aerospace Manufacturing and Design
Sep 12, 2008 · In all, there are a total of four main types of composites: polymer matrix (plastics), metal matrix, ceramic matrix and carbon matrix. Polymer matrix composites are the workhorse materials of the aerospace industry. They include fiber-reinforced thermoplastics and thermosetting plastics, multi-functional composites and nanocomposites.
Generative design in aerospace
Jul 8, 2024 · One part of generative design is the algorithm that auto-generates a complex physical part, but operating and maintaining an aircraft for decades also can be a significant part of its life cycle cost. Operation and maintenance require many volumes of support data, but translating designs to support data can be tedious, mundane, and expensive.
Digitalization, Industry 4.0, modernization
Jul 5, 2022 · Achieving high-speed digital modernization of manufacturing requires A&D manufacturers to rapidly retrofit legacy systems for Industry 4.0 by adopting interoperable manufacturing execution systems seamlessly integrated with existing tools and technologies. New manufacturing planning and execution systems automatically check with a third-party ...
Advancing aerospace systems - Aerospace Manufacturing and …
Nov 28, 2023 · Motion control design in aerospace systems must strive for precise, power-dense motion while withstanding extreme conditions. Typical specifications require motors in aerospace systems to withstand extreme temperature ranges, operate under severe shock and vibration conditions, and fit in constrained space while maintaining high performance levels.
Aerospace electronics design guide
Published April 03, 2019. Designing aerospace electronics requires engineers and designers to operate within limitations on available components, material types, equipment capabilities, board fabrication, and printed circuit board (PCB) assembly methods. Aggressive deployment and production cycles are forcing avionics engineers developing PCBs ...
September 2021 - Aerospace Manufacturing and Design
The FAA Aerospace Forecast predicts that through 2031, the general aviation fleet will increase at an average annual rate of 0.9%, growing from an estimated 224,172 in 2010 to 270,920 aircraft in 2031. Aerospace Manufacturing and Design serves the aerospace industry by providing timely information on manufacturing processes and design parameters involved in …
June 2022 - Aerospace Manufacturing and Design
The FAA Aerospace Forecast predicts that through 2031, the general aviation fleet will increase at an average annual rate of 0.9%, growing from an estimated 224,172 in 2010 to 270,920 aircraft in 2031. Aerospace Manufacturing and Design serves the aerospace industry by providing timely information on manufacturing processes and design parameters involved in …