ELSAYED is a Ph.D. holder in structural engineering with about fifteen years of experience in structural engineering field. This experience was gained during his work in teaching, design and construction fields with different consultants in different locations. Primary areas of interest: ° Numerical Methods. ° Structure Dynamics. ° Structural Programming. ° Pre-stressed Concrete.
° Ph.D. in structural engineering - Cairo University 2022 (Boundary element formulations for structural dynamics) The Ph.D. thesis presents new formulations for structural dynamics using the boundary element method. A new accurate finite element for dynamic analysis of plane elasticity and for plate bending problems based on the variational boundary element method is presented. The thesis also presents new formulations for the dynamic analysis of elasticity problems using the indirect boundary element method. The dynamic analysis includes free vibrations, forced vibrations and harmonic analysis. ° M.Sc. in structural engineering - Cairo University 2014 (Pre-Stressed Concrete Frames Analysis and Design Software Development). The developed software “PSDesign” is a full-featured program that can be used for the analysis of space frame structures and design of pre-stressed Concrete frame structures. It may be used to analyze structures which can be modeled as three-dimensional frames, such as those common in buildings and bridge structures. The program was developed using the programming language Microsoft Visual C++ 2010. ° Bachelor of Science in Civil Engineering Zagazig University- Zagazig, Egypt 2007
1- Assessment of variational fundamental solution based elements in plate bending dynamics 2- Indirect boundary element formulation with dual reciprocity in elastodynamics 3- Efficient fundamental solution based finite element for 2-d dynamics 4- Improved dynamic analysis of shear deformable shells using the hybrid displacement boundary element method
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