Considerations on control processes in aeronautical organizations in the context of improving safety and efficiency
Journal Title: INCAS BULLETIN - Year 2019, Vol 11, Issue 1
Abstract
In modern aeronautical systems, one of the biggest challenges for the management structures is to maintain the control at all levels. Operational safety and efficiency impose the need to control all the associated risks and hazards; thus, in order to achieve organizational performance, a very important aspect is to establish and develop a strong organization with respect to operations and objectives. Nevertheless, performance cannot be achieved without control; the continuous technological development and the environmental variabilities have a great impact on the organizational management processes. Organizations are very complex and they will continue to expand due to the increasing demands of flight operations. The capacity to adapt, considering the permanent transformations in the society, represents a continuous process that needs to be carefully carried in order to diminish or eliminate the errors that may occur due to organizational factors. Controlling each operational step from the beginning represents the premises for obtaining stability and performance.
Authors and Affiliations
Valentin-Marian IORDACHE, Casandra Venera (BALAN) PIETREANU
Keywords
Related Articles
- EP ID EP470998
- DOI 10.13111/2066-8201.2019.11.1.16
- Views 82
- Downloads 0
Study on aerodynamic resistance to electric rail vehicles generated by the power supply
Improving the traction performance of the electric railway vehicles requires an analysis to reduce their aerodynamic resistance. These vehicles cannot be set in motion without an external power source, which demonstrates...
Strain resolving method of composite plane plates
The paper deals with the extension of isotropic plates problem to the case of composite plates. In order to perform it, the Kirchhoff-Love hypotheses were "softened” by some additional ones. Considering the constitutive...
Turbulent Boundary Layer at Large Re
The fluids as deformable bodies without own shape, when starting from rest, experience interactions between the flowing fluid and the physical surfaces marking the bounds of flow. These interactions are a kind of impact...
The hexapod robot for aircraft fuel tank and the use of calculation in the analysis of the effectiveness of radio interference
This paper focuses on the use of calculation for analyzing the effects of radio interference associated with the entry into the aircraft fuel tank of the hexapod robot. The analysis will help to demonstrate how the mobil...
Aerodynamic study of a small horizontal-axis wind turbine
The wind energy is deemed as one of the most durable energetic variants of the future because the wind resources are immense. Furthermore, one predicts that the small wind turbine will play a vital role in the urban envi...