Oscillation of anisotropic stiffened cylindrical shell with flowing fluid loaded by axial compressive force
Journal Title: Технічна механіка, Техническая механика, Technical Mechanics - Year 2015, Vol 3, Issue 3
Abstract
The research aim is to study oscillation of an anisotropic cylindrical shell stiffened by the longitudinal ribs with the flowing fluid in motion in loading by an axial compressive force. The least action Ostrogradsky-Hamilton principle, the method of Fourier series are used. Free oscillation of the cylindrical shell stiffened by the longitudinal ribs in the contact with the flowing fluid in motion in axial compression is studied. The motion equations are derived. In the study of the fluid motion the expression for the potential of the fluid is used. The frequency equation for the stiffened cylindrical shell in contact with the fluid in motion is derived. The numerical analysis of this problem is examined. The calculation results are presented in the form of graphs of the dependence of the frequency parameter on a relative velocity, the winding angle of the anisotropic-shell fiber and a compressive force at different relations of material elasticity moduli for an anisotropic shell.
Authors and Affiliations
R. Iskanderov, S Mousavi Moulai
Keywords
Related Articles
- EP ID EP355809
- DOI -
- Views 83
- Downloads 0
Development and study of small-arms silencers
This paper presents the results of the research into the design and development of firearm silencers conduct-ed at the Institute of Technical Mechanics of the National Academy of Sciences of Ukraine and the State Space A...
Development and full-scale tests of unified sound suppressors for small arms
The paper deals with information about the authors’ works on the improvement of the firearm sound sup-pressor design and optimization of the performance. Designs of unified sound suppressors developed by the authors a...
Synthesis of suboptimal compensators of disturbances in form of observer of extended state vector………
The purpose of this paper is to synthesize disturbance compensators in the form of an extended state-vector observer, taking into account the chosen optimality criterion and restrictions to provide given quality indices...
Development of a model system for controlling the jet grinding plant operation
Because of the increasing demand for fine-dispersed products in many industries, on the hand, and the high energy intensity of the grinding process, on the other hand, the problem of fine grinder productivity improvement...
Solution of inverse problems of gas dynamics of flat compressor cascades based on numerical simulation of turbulent flows
This paper presents a technique for solving inverse problems in gas dynamics of flat compressor cascades, based on a numerical simulation of turbulent flows. This technique is based on the application of quasi-solutions...