154 Weight & Balance Weight and balance is important on every aircraft. An aircraft’s performance and handling characteristics are greatly affected by the gross weight and center of gravity limits. An overloaded and improperly balanced aircraft requires more power and greater fuel consumption to maintain flight. The stability of the aircraft is also seriously impacted by the weight and balance factors of aviation. Lack of understanding the severity of the effects of weight and balance of the
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Aircraft Mechanics are also known as: Airframe or Power Plant Mechanics and Avionics or Aviation Technicians. As a valued and critical member of an airline’s chain of operations‚ the primary responsibility of this professional is aircraft preventive maintenance that ensures peak operation‚ performance‚ and safety. This is achieved through aircraft servicing‚ repairing‚ overhauling‚ and testing. A Mechanic performs all required maintenance and inspections of aircraft engines‚ landing gear‚ pressurized
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Aeronautical Science Perspective Paper Mauricio Manzano ASCI 202 Embry-Riddle Aeronautical University Prof. Luis Reyes September 27‚ 2013 Aircraft Systems and Aircraft Maintenance Humans have many systems which work independently but at the same time they need to work together as the digestive system‚ neurological‚ cardiac‚ and etc.‚ that are very important for our survival. Within these systems there are other smaller systems that take care of the proper function of
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7315 Aircraft Mechanics and Aircraft Inspectors Aircraft mechanics maintain‚ repair and overhaul aircraft structures‚ mechanical and hydraulic systems. Aircraft inspectors inspect aircraft and aircraft systems following manufacture‚ modification‚ maintenance‚ repair or overhaul. Common Job Titles Aircraft Maintenance Technician (AMT) Aircraft Structures Technicians (AST) Aircraft Maintenance Engineer (AME) Avionics Maintenance Technicians (AvMT) Aviation Maintenance Inspector Aircraft Mechanic‚ Engine
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Beginner’s Guide to Aviation Efficiency November 2010 Contents The importance of aviation Introduction The miracle of flight History of fuel efficiency Designing aircraft Designing engines Operating the aircraft In the air On the ground Carbon-neutral growth and the next steps The next generation Page 1 Page 2 Page 5 Page 6 Page 10 Page 13 • Aviation is responsibly reducing its environmental impact. Page 15 Page 20 Page 22 Page 24 • Air transport’s contribution to climate change represents
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TABLE OF CONTENT INTRODUCTION This report looks through basic description of aircraft motions using standard terminologies such as stability‚ control and modes of flight. This also influences various controls and components on keeping the aircraft in its desired flight path with the aid of an explanation on the purpose of the design features of high-speed aircraft parts. Furthermore‚ as fluid dynamics refers to the relationship between fluid and an object‚ that is passing through it.
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Aircraft Winglets Many of us who fly regularly have most probably seen a so-called winglet or wingtip device at the end of the wing of an airliner at least once. It is showing up more and more often on more and more types of aircraft‚ thus we felt it’s time to give an overview to our readers about these sometimes funny‚ sometimes cool and stylish looking aircraft parts. History‚ Reason and Benefits The initial theoretical concept goes back to times before even the Wright Brothers first took to
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dangerous to flight but most accidents can be avoided if the right precautions are taken to avoid potential bad weather situations. I will take a closer look at icing conditions on aircraft and give examples of icing related accidents Body Icing‚ or ice buildup on the wings‚ is a particular problem for aircraft. When ice builds up on wings‚ it can disrupt airflow‚ robbing an airplane of lift and can decrease its angle of attack‚ which keeps it in the air. Wind tunnel and flight tests have
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13. Aircraft Performance In this chapter we will make the connections between aircraft performance and propulsion system performance. For a vehicle in steady‚ level flight‚ as in Figure 13.1‚ the thrust force is equal to the drag force‚ and lift is equal to weight. Any thrust available in excess of that required to overcome the drag can be applied to accelerate the vehicle (increasing kinetic energy) or to cause the vehicle to climb (increasing potential energy). Figure 13.1: A schematic of
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major weather hazards that cause a number of aircraft accidents. It is a hazard that can snowball out of control and cause problems such as reduce aircraft efficiency by increasing weight‚ reduce lift‚ decrease thrust and increase drag. These effects can cause the aircraft to increase stalling speed or cause the aircraft to force downward in flight. Over the years‚ aircraft engines and airframes have changed dramatically. Modern day aircraft are aerodynamically less accepting of airfoil
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