Title of article
Moment-Inertial Factor as a Criterion for Assessing the Dimension of an Aircraft
Author/Authors
Kuprikov ، Mikhail Yu. Department of Engineering Graphics - Moscow Aviation Institute (National Research University) , Polyakov ، Pavel O. Institute of General Engineering Education - Moscow Aviation Institute (National Research University) , Kuprikov ، Nikita M. Department of Perspective Materials and Technologies of Aerospace Designation - Science-Information Center “Polar Initiative - Moscow Aviation Institute (National Research University)
From page
1307
To page
1314
Abstract
The study aims to compare the characteristics of the moment-inertial schemes of two aircrafts – a mainline aircraft of a normal aerodynamic scheme and an aircraft made according to the flying wing scheme, to improve their flight performance. The study uses the method of successive approximations using relative masses (when determining m0), the formula of A. Mozhaisky, an artificial method consisting of the layout of the aircraft oriented to the virtual center of mass. Design studies at the modern level of scientific and technical development have confirmed the relevance of using the proposed methods of forming a moment-inertial appearance for promising long-haul aircraft of large passenger capacity
Keywords
linear dimension , airplane volume , square , cube law , load , range diagram , fifth , degree
Journal title
Journal of Applied and Computational Mechanics
Journal title
Journal of Applied and Computational Mechanics
Record number
2719348
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