AN ANALYSIS AND CONTROL OF DYNAMIC PROCESSES IN MECHANICAL PARTS OF POWER EQUIPMENT
Journal Title: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD ) - Year 2018, Vol 8, Issue 4
Abstract
The article presents an approach to the analysis and control of coupled vibration processes of the part of power equipment in the context of the scientific field, the physics of open systems. Dynamic processes in the coupled nodes of complex mechanical equipment from the position of the interaction of multidimensional chaotic systems are investigated. A mathematical model is proposed for studying the processes of interaction, the effect of the field of the hindrances and the course of transient processes. The proposed algorithm for controlling the behaviour of the system allows you to model the interaction processes, evaluate information parameters and control the dynamics of the system to obtain satisfactory characteristics.
Authors and Affiliations
BAHRAM ISMAILOV ISRAFIL .
Keywords
Related Articles
- EP ID EP430499
- DOI 10.24247/ijmperdoct201839
- Views 96
- Downloads 0
Experimental Investigation of Enhancement Heat Transfer by Natural Convection from Four Finned Cylinders in a Vertical Array Placed in a Conduit
In this research, experiments have been implemented to enhance heat transfer by free convection from four finned cylinders that have helical fins, fixed horizontally inside conduit and using air as working fluid, the cyl...
Theoretical Approach to Predict Friction Coefficients of Viscous Non-Newtonian Liquids in Turbulent Pipe Flow
OBJECTIVES To establish analytical expressions for the thickness of laminar sublayer and turbulent boundary layer and friction coefficients of turbulent purely viscous non-Newtonian pipe flows as the function of apparent...
Corrosion Behaviour of Mg-Zr Alloy in Stimulated Body Fluid
The Mg-Zr alloy is prepared through powder metallurgy method. The corrosion behavior of Mg-Zr alloy, with various sintering temperature, in stimulated body fluid was studied at 37°C, using immersion and electrochemical c...
Finite Element Analysis of Composite Material for Automotive Wheel Rim
Composite materials play a major role in weight reduction in automobile industry. Conventional material used for wheel rim is Aluminium alloy. Further weight reduction is achieved by use of magnesium alloy and composites...
Classification of Roller Bearing Faults using Iterative Classifier
Bearings play an important role in power transmission systems and to ensure healthy functioning to get the best output. Therefore, a frequent and reliable inspection scheme needs to be employed to intervene before any cr...