Wave-wave regular interactions of a gasdynamic type
Journal Title: INCAS BULLETIN - Year 2011, Vol 3, Issue 4
Abstract
Two gas dynamic analytic approaches [of a Burnat type / Martin type] are respectively used in order to construct two analogous and significant pairs of classes of solutions [isentropic pair / anisentropic (of a particular type) pair]. Each mentioned pair puts together a class of “wave” elements and a class of “wave-wave regular interaction” elements. A classifying parallel is finally constructed between the two analogous pairs of classes -- making evidence of some consonances and, concurrently, of some nontrivial contrasts.
Authors and Affiliations
Liviu Florin DINU, Marina Ileana DINU
Keywords
Related Articles
- EP ID EP113884
- DOI 10.13111/2066-8201.2011.3.4.5
- Views 131
- Downloads 0
DESIGN & ANALYSIS TOOLS AND TECHNIQUES FOR AEROSPACE STRUCTURES IN A 3D VISUAL ENVIRONMENT
The main objective of this project is to develop a set of tools and to integrate techniques in a software package which is build on structure analysis applications based on Romanian engineers experience in designing and...
Determination of angle of attack for rotating blades
For a rotating blade the flow passing by a blade section is bended due to the rotation and the local flow field is influenced by the bound circulation on the blade. As a further complication, 3-D effects from tip and roo...
Analysis of New Aerodynamic Design of the Nose Cone Section Using CFD and SPH
A new nose cones concept that promises a gain in performance over existing conventional nose cones is discussed in this paper. It is shown that significant performance gains result from the adaptation of the exhaust flow...
[b]ALOAD - a code to determine the concentrated forces equivalent with a distributed pressure field for a FEM analysis[/b]
The main objective of this paper is to describe a code for calculating an equivalent system of concentrate loads for a FEM analysis. The tables from the Aerodynamic Department contain pressure field for a whole bearing s...
Book Review: English-Romanian Dictionary for Mechanical Engineering, Lorena DELEANU, Gabriela DIMA, Daniela SORCARU Editura Didactica si Pedagogica, Bucuresti, 2009 Vol. 1: A-M, Vol. 2: N-Z, ISBN 978-973-30-2595-5