Or the one that destroyed a country's aircraft industry = the Comet's square windowsDanger said:The one that immediately comes to mind is the cargo door issue on DC-10's.
mgb_phys said:Or the one that destroyed a country's aircraft industry = the Comet's square windows
FredGarvin said:You didn't know about the Comet?
The didn't understand that the fatigue curve for aluminium is very different form a metal like steel that work hardens.rbeale98 said:There was also a test procedure to blame for not revealing the true fatigue life of the fuselage section near the window corner.
FredGarvin said:Boeing and Mac-Doug merged in 1996 or 1997. That was way after production stopped IIRC. I think Boeing didn't have much to do with any landing gear issues.
What crash are you talking about? I had not heard of a crash in China and can't find any reference to one. Although the DC-10 did have a pretty rough start.
Cyrus said:UK5te5Yp0_8[/youtube][/QUOTE] Ouch!
DaveC426913 said:rbeale's answer is as good as you're going to get with such a vague question.
I think you don't need us to tell you that - if the aeronautical engineer pulled out his Imperial slide rule instead of his metric slide rule when attempting to choose the appropriate wing-mount bolts - it could indeed result in an aircraft accident.
Perhaps you could elaborate.
Aeronautical engineering is a branch of engineering that focuses on the design, development, and construction of aircraft and spacecraft. It involves a combination of disciplines such as aerodynamics, propulsion systems, structural design, and materials science.
The most common causes of aircraft accidents include pilot error, mechanical failures, inclement weather conditions, and air traffic control errors. Other contributing factors may include inadequate maintenance, design flaws, and human factors such as fatigue or stress.
Aeronautical engineers play a crucial role in preventing aircraft accidents by designing and testing aircraft to ensure they meet safety standards, conducting regular maintenance checks, and analyzing data from previous accidents to identify potential risks. They also work closely with pilots and air traffic controllers to improve communication and decision-making processes.
Yes, technology plays a significant role in preventing aircraft accidents. Advancements in aircraft design, materials, and navigation systems have greatly improved the safety of air travel. Additionally, innovations such as collision avoidance systems, weather monitoring tools, and improved communication systems have also contributed to reducing the number of accidents.
Aircraft accidents are investigated by a team of experts, including aeronautical engineers, pilots, and air traffic controllers. They analyze data from the flight recorder, also known as the "black box," and examine the wreckage to determine the cause of the accident. They may also conduct simulations and recreate the flight to gather more information. The findings of the investigation are used to improve safety protocols and prevent future accidents.