Design and Computational Fluid Dynamic Analysis of a 9-Seater Business Jet Aircraft

Authors

  • A. Sudhi G, B. Hari Krishnan K J*, C. Gokulakrishnan S , D. Jensin Joshua

Abstract

The Business jet aircraft are designed for transporting small groups of people. The aim of the project is to design and conceptualize a nine-seater business jet aircraft. This project shows the basic ideas and capabilities of the conceptual aircraft design. The parameters of this conceptual aircraft were obtained from a set of tentative values from the analysis of other business jets with similar specification. The main motivation for developing the business jets is to save the valuable time and cost for top level executives with efficient structure and effective aerodynamics. In this project the weight estimation to estimate the empty fuel weight and take-off weight, wing selection, aerofoil selection, thrust calculation and engine selection to produce the calculated thrust, Vn diagram and its calculations are done. The design of fuselage is modelled using CATIA V5 and wing is modelled using SOLIDWORKS Inc. and the computational fluid dynamic analysis of wing and fuselage was done in ANSYS 2019. Finally, the basic outline of our business jet aircraft was obtained and it is estimated that this business jet aircraft can provide good performance.

Keywords:Business jet, Analysis, Ansys, NACA 2412.

Downloads

Published

2020-05-18

Issue

Section

Articles