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Forces are very important to aircraft designers because they have to think about Gravity, Lift, Thrust and Drag.
Gravity is what pulls things down. Aircraft designers need to stop the plane from falling down, so they need to make sure the gravity can't bring it down.
Lift is the upwards force that allows a plane to fly without being pulled down by gravity. Aircraft designers need to make sure that their plane will go up.
Thrust is what pushes the plane forwards. Air craft designers need to make the plane go forward to get to places.
Drag is what slows the plane down. Aircraft designers need to make sure the plane will go through the air fast, so they have to make their plane streamlined.
Engineers design the aircraft to be as light as possible so it can fly further or carry more cargo. He has to design the structure for the right amount of forces(or stresses) that it will experience in flight. If he over-designs the structue, it will be heavier. If he under-designs it, then it could fail or maybe wear out too soon.
What else can I help you with?
Do aircraft designers still use steam engines 2014?
Aircraft designers didn't use steam engines in 1903, either.
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forces on aircraft
Was the Battle of Midway fought on land or sea?
The Battle of Midway was fought entirely at sea by aircraft from Japan's aircraft carrier forces, the United States Navy aircraft carrier forces, and land-based aircraft from Midway.
What does drag do for an aircraft?
Drag slows down aircraft, which is why designers of aircraft that are supposed to be fast pointy and waisted, because a pointy shape has less drag, and waisted because of the area rule, which also helps an aircraft to go faster.
How does aviation physics play a crucial role in the design and operation of aircraft?
Aviation physics is essential in designing and operating aircraft because it helps engineers understand how forces like lift, thrust, drag, and weight affect the plane's performance. By applying principles of physics, such as aerodynamics and propulsion, designers can create efficient and safe aircraft that can fly effectively. This knowledge also guides pilots in controlling the aircraft during flight, ensuring stability and maneuverability.
Why do aircraft designers use wind tunnels?
since the aircraft designer cannot make a aircraft and test... so, they will make a prototype and test in the wind tunnel.. The flow of aircraft in atmosphere will be same as flow seperation take place in wind tunnel
Why dopeople who design airplanes have to posses a knowledge of aerodynamics?
A knowledge of aerodynamics is essential for airplane designers because it helps them understand how air flows around the aircraft, influences its performance, stability, and control. This understanding enables designers to create more efficient and safe aircraft designs.
What are the forces on an airplane taking off?
The forces acting on an aircraft at any given point in time are lift, drag, thrust and weight. I would add that there are Friction forces if the aircraft is still touching the runway.
What was the enemy aircraft?
Any aircraft flown by opposition forces was the enemy aircraft. Without knowing which country you are refering to, it is not possible to list the airplanes.
What is lift and opposing forces?
Lift is the aerodynamic force that helps an aircraft overcome gravity and stay airborne. Opposing forces typically refer to drag, which is the aerodynamic force that acts in the opposite direction to the aircraft's motion, slowing it down. These forces play key roles in the flight dynamics of an aircraft.
What is gravity meter used in aircraft?
Aircraft are equipped with instruments that measure the G-forces. That doesn't mean it detects gravity. Instead, these measure the forces on the aircraft, where 1 G Down is the normal weight of the aircraft. This information is recorded and stored on the aircraft and Flight Data Recorder so mechanics can determine if the aircraft experienced a hard landing or other heavy load.
What does ibf mean in force?
IBF in force stands for In-By-Forces, which refers to the forces acting on an aircraft due to the flow of air around it. These forces include induced drag, parasite drag, and lift. IBF helps to quantify the forces affecting an aircraft in flight.
