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- in Engineering (General)
- in Mechanical Engineering
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- in Civil Engineering
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Recent Posts
Breaking Down Take-Off: Critical Flight Parameters
Breaking Down Take-Off: Critical Flight Parameters Introduction This blog will summarise the procedures a pilot would follow for take off. We will discuss the necessary considerations for the pilot and factors which affect ground run distance to take off. Firstly, when the pilot calls ‘ready for departure’, there are several possible answers he could get […]
Smooth Transitions: The Role of Flight Controls in Climb
Smooth Transitions: The Role of Flight Controls in Climb Introduction The transition from takeoff to climb is a critical phase of flight that demands precise coordination of aircraft flight controls. During this period, pilots rely on control surfaces such as elevators, ailerons, rudder, and high-lift devices to establish a stable climb attitude while maintaining airspeed, […]
Mastering the Glide: How Aircraft Fly Without Thrust
Mastering the Glide: How Aircraft Fly Without Thrust Introduction Gliding flight demonstrates how an aircraft can remain airborne without engine thrust by efficiently balancing lift, drag, and weight. Whether in engine-out scenarios or in glider operations, understanding the principles of glide performance is essential for pilots and engineers alike. Factors such as glide ratio, angle […]