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Curriculum Vitae

Souzan Ali Aboelbarakat

Faculty Engineering - Department Structural Engineering
NULL

Scientific degrees

BSc In NULL, [1996]
MSc In NULL, [2002]
(Composite tiles circle)
PhD In NULL, [2006]
(Azmi Elly impact on the vehicle beams)

الحالة الوظيفية الحالية :

قائم بالعمل

Academic Jobs

معيد : 30/3/1997
Doctor Assisant : 14/5/2002
Doctor : 28/2/2006
Professor Assisant : 26/3/2013
Professor : 25/2/2019

Publications

1 - “PARAMETRIC STUDY OF STEEL-CONCRETE COMPOSITE BEAMS UNDER COMBINED SHEAR, TORSION, AND POSITIVE OR NEGATIVE BENDING” (2008).

2 - EXPERIMENTAL AND NUMERICAL ANALYSIS OF COMPOSITE BEAMS STRENGTHENED BY CFRP LAMINATES IN HOGGING MOMENT REGION (2010).

3 - NON-LINEAR FINITE ELEMENT ANALYSIS OF PRESTRESSED CONCRETE BEAMS (2010).

4 - Strengthening cast iron struts using carbon fibre reinforced polymers – Finite element modelling (2011).

5 - FINITE ELEMENT ANALYSIS OF ECCENTRICALLY LOADED CAST IRON STRUTS REINFORCED WITH CFRP (2011).

6 - BEHAVIOUR OF STIFFENED AND UN-STIFFENED CONCRETE-FILLED DOUBLE-SKIN TUBULAR SLENDER COLUMN (2011).

7 - MODELING AND ANALYSIS OF CFRP STRENGTHENED STEEL JOINTS (2012).

8 - Structural Behavior Analysis of Two-Ways (Waffle) Composite Slabs (2013).

9 - ANALYSIS OF TWO-WAY (WAFFLE) COMPOSITE SLABS (2007).

10 - Torsional effect on steel–concrete composite sections subjected to negative moment (2012).

11 - Experimental and FE parametric study of continuous steel-concrete composite beams stiffened with post tensioned tendons (2017).

12 - Finite element analysis and parametric study of continuous steel–concrete composite beams stiffened with post-tensioned tendons (2017).

13 - Experimental and FE investigation of repairing deficient square CFST beams using FRP (2018).

14 - Experimental and FE analysis of stiffened steel I-column with slender sections (2018).

15 - Experimental and FE analysis of stiffened steel I-column with slender sections (2016).

16 - Lateral Impact Response of Rubberized-Fibrous Concrete-Filled Steel Tubular Columns: Experiment and Numerical Study (2022).

Research Area