Honorary Research Fellow
- About
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- Email Address
- tamer.el-sayed@abdn.ac.uk
- School/Department
- School of Engineering
Biography
Honrary research fellow in Centre for Applied Dynamic Research
Prof. Mechanical Design Department, Helwan University.(2021-now).
Associate Prof. Mechanical Design Department, Helwan University.(2016-2020).
Assistant Prof. Mechanical Design Department, Helwan University.(2011-2020).
PhD in Engineering - Sheffield University (Ph.D. Title: Modelling The Strengthening Of Glass Using Epoxy Based Coatings).
Master- Helwan University (M.Sc. Title: The Fatigue Behaviour of Polymeric Materials)
External Memberships
Reviewer of
International Journal of Mechanical Sciences
Applied Mathematical Modelling.
Structural Engineering and Mechanics.
International Journal of Pressure Vessels and Piping.
Scientia Iranica.
Engineering research Journal.
Latest Publications
Nonlinear dynamics analysis of hydraulic turbochargers in reverse osmosis desalination plants
Nonlinear Dynamics, vol. 112, pp. 18817–18846Contributions to Journals: ArticlesFatigue Failure in Polymeric Materials: Insights from Experimental Testing
Journal of Failure Analysis and Prevention, vol. 24, no. 2, pp. 922-935Contributions to Journals: ArticlesAnalysis of Second-Order Thrust Bearing Coefficients Considering Misalignment Effect
Journal of Vibration Engineering & Technologies, vol. 12, pp. 1957–1977Contributions to Journals: ArticlesThermal vibration analysis of cracked nanobeams submerged in elastic foundations by nonlocal continuum mechanics
Thin-walled Structures, vol. 193, 111249Contributions to Journals: ArticlesA nontraditional method for reducing thermoelastic stresses of variable thickness rotating discs
Scientific Reports, vol. 13, 13578Contributions to Journals: Articles
- Research
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Research Overview
1- Modelling the dynamics of BHA:
Modelling the lateral vibrations of drill strings used in oil field industry.
2-Vibration of continuous systems:
Research is focused on obtaining exact and/or numerical solutions for complicated structural and mechanical systems. The exact solution includes the use of several algorithms in order to solve sophisticated beam or plate problems. The analytical solution includes new modifications to some mathematical methods such as variational iteration method. Recently, research is carried out on the dynamics of nano-beams.
3-Fluid structure interaction:
This work includes the investigation of the stability of pipe conveying fluids. Most recent research is focused on the fluid structure interaction resulting from water hammer.
4- Design of hydraulic turbomachinery:
Research in this area is focused on computational fluid dynamics analysis for several turbomachines such as high speed pumps, reciprocating pumps and turbocharger. It also included investigating the dynamic characterastics of journal bearings and modelling the nolinear vibrations of the turbomachinary rotors mounted on journal bearings.