Air Power as a Security Factor: Case study Syria
Journal Title: INCAS BULLETIN - Year 2019, Vol 11, Issue 1
Abstract
The aim of our work was to identify the role and the potential of the Air Power in modern warfare as a security factor. The Air Power itself is a concept, which had initially materialized almost one hundred years ago over the battlefields of the World War I. Since then we could witness a staging development in the field of technology and the Art of War, which momentum and scope has no precedence in history. In other words, it has taken less than one hundred years for human to move from fragile and underpowered biplanes to supersonic jet fighters and stealth bombers, which represent a state of art technology of mankind. Such speed in development had no precedence in any other operational domain, except maybe of cyberspace.
Authors and Affiliations
Pavel NEČAS, Martina VACKOVÁ, Peter LOŠONCZI
Unsteady effects in flows past stationary airfoils with Gurney flaps due to unsteady flow separations at low Reynolds numbers
This paper presents the analysis of the unsteady flows past stationary airfoils equipped with Gurney flaps at low Reynolds numbers, aiming to study the unsteady behavior of the aerodynamic coefficients due to the flow se...
The procedure for determining the local and global flow characteristics of spool valve SMHR 22.59.010 in order to be fitted to the assembly SMHR S.22.59.000
This procedure was designed within the Hydraulic Laboratory of INCREST-INCAS, in the '80s, to provide a unique way of checking and qualification of local and global flow characteristics of the spool valve SMHR S.22.59.01...
Phoenix Team's 2015 Unmanned Autonomous System
This paper provides a summary of the POLITEHNICA University’s UAS, SkyEye, designed to meet the objectives of AUVSI student UAS competition. SkyEye is a custom built quad copter controlled by the pixhawk, an open-source...
A 2D description of the single crystal thin plate growth from the melt by micro - pulling - down method. Part 1
This paper is the first part of a 2D description of a single crystal thin plate growth by micro-pulling–down (μ-PD) method. This part concerns the following aspects: the free surface equation and the pressure difference...
Airborne Collision Avoidance System as a Cyber-Physical System
In this paper the key concepts of ITS - Intelligent Transport Systems, CPS - Cyber-Physical Systems and SM - Smart Mobility are defined and correlated with the need for ACAS – Airborne Collision Avoidance System, as the...