JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY HYDERABAD

Pre-Requisites

Aircraft Performance & Stability

Course Objectives:

• Understand the basics simulation of unaccelerated and accelerated level flight for climb and descend
• Analyse the take-off and landing performance and ground roll for different modes of aircraft.
• Identify the basic controls and manoeuvre of in complex flight Path

Course Outcomes:

• Exposure to flight simulation
• Exposure to MATLAB

Week-1: SIMULATION OF UNACCELERATED AND ACCELERATED LEVEL FLIGHT

• 1. Simulation of steady flight

Week-2: SIMULATION OF UNACCELERATED AND ACCELERATED CLIMB

• 1. Simulation of steady climb

Week-3: SIMULATION OF UNACCELERATED AND ACCELERATED DESCENT

• 1. Simulation of steady descent

Week-4: SIMULATION OF TAKE-OFF PERFORMANCE

1 Estimation of takeoff velocity

Week-5: SIMULATION OF LANDING PERFORMANCE

• 1. Estimation of ground roll distance
• 2. Estimation of total landing distance

Week-6: SIMULATION OF CONVENTIONAL FLIGHT PATH

• 1. Perform the given mission profiles

Week-7: STABILIZATION OF LONGITUDINAL PERTURBED AIRCRAFT

• 1. Perform the operation from disturbed flight to trim flight

Week-8: STABILIZATION OF LATERAL PERTURBED AIRCRAFT

• 1. Simulate lateral directional modes.

Week-9: SIMULATION OF SPIN RECOVERY

• 1. Perform the operation of spin recovery

Week-10: SIMULATION OF COORDINATED LEVEL TURN

• 1. Perform the level turn at given turn rate.
• 2. Perform the level turn at given turn radius.

Week-11: SIMULATION OF BARREL ROLL MANOEUVRE

• 1. Perform the barrel roll manoeuvre R18 B.TECH AERONAUTICAL ENGG. III YEAR

REFERENCE BOOKS:

Peter John Davison. "A summary of studies conducted on the effect of motion in flight simulator pilot training". Beard, Steven; et al. "Space Shuttle Landing and Rollout Training at the Vertical Motion Simulator" (PDF). AIAA. Retrieved 5 February 2014.

WEB REFERENCE:

• 1. https://ch.mathworks.com/help/aeroblks/flight-simulator-interfaces.html R18 B.TECH AERONAUTICAL ENGG. III YEAR