Aerodynamic Interference between Oscillating Lifting Surfaces and Fuselage Part 5: A Panel Method for Non-Lifting Bodies
Journal Title: INCAS BULLETIN - Year 2015, Vol 7, Issue 3
Abstract
In the fifth article of our series we will deal with the calculation of the unsteady aerodynamic forces on non-lifting bodies. We present here a contribution to the problem of the flow about non-lifting bodies. It is a panel method available for subsonic unsteady flow. The method will be used further to the unsteady body-body and wing-body interference problems.
Authors and Affiliations
BUTOESCU Valentin Adrian Jean
CONNECTIONS BETWEEN PROFESSOR ELIE CARAFOLI’S ACTIVITY AND THE DEVELOPMENT OF THE AERONAUTICAL UNIVERSITY EDUCATION FOCUSING THE PROPULSION SYSTEMS FIELD
The intent of this paper is to reveal other features of Professor Elie Carafoli’s complex personality, his devotion and fully commitment to the development of the aeronautical university education; the focus on the propu...
Investigation of novel propulsion systems – the exoskeletal engine concept. Part I
The exoskeletal engine represents a relatively new concept in the world of propulsion systems. It is a drum-rotor engine concept in which conventionally heavy shafts and discs are eliminated and replaced by rotating casi...
Composite material designs for lightweight space packaging structures
This paper presents a study on advanced material designs suitable for lightweight space packaging structures. During this study, several material designs were proposed, evaluated and in the end three packaging structures...
The Effects of Fibre Volume Fraction on a Glass-Epoxy Composite Material
This paper focuses on the analysis of the longitudinal mechanical properties of Glass Fibre Reinforce Plastic (GFRP) plates with different fibre volume fraction, Vf, by considering both analytical and experimental method...
Lightweight vitreous carbon material: approaches to making open-pore cellular structure
Cellular vitreous carbons with the open-pore structure are attractive materials in some aerospace applications, such as the super-lightweight structural materials or sandwich core materials in the thermal protection syst...