Optimization of The Ground Roll Distance of Boeing 747 Aircraft Using Fuzzy Logic Approach

Abstract

A new take off method for Boeing 747-400 passenger aircraft is hereby suggested in this paper which is based on a mathematical model using optimization technique. In this paper, the ground roll distance is minimized using linear programming model, and validated by using fuzzy decisive set method [10] with the concept that as the consumption of fuel increases on account of increased thrust could be saved by reduction of distance [1]. It is also show that the total travel time of Boeing 747-400 passenger aircraft may be reduced. To improve the accommodation of air transportation frameworks, Short Take-Off and Landing (STOL) is an advantageous trademark for any size of the plane [9]. Applying fueled high-lift frameworks is a powerful strategy for accomplishing this objective. Notwithstanding, such frameworks normally require plane wings to be furnished with uncommonly planned streamlined fueled gadgets to accomplish the adequate lift [4]. Thus new method has been proposed to decrease ground-run distance using optimization technique.