Personal Information

Name : Mohammed Abd Elkhalik Sakr
Sex : Male
Birth Date : July 02, 1967
Birth Place : Shebeen Elkom- Menofia –Egypt
Nationality : Egyptian
Social status : Married
Native Language : Arabic
Foreign Language : English-Slovak
Position : Professor at Tanta University, Faculty of Engineering, Department of Structural Engineering, Tanta, Egypt

Mailing Addresses : Tanta University, Faculty of Engineering, Department of Structural Engineering, Tanta, Egypt

Phone numbers : Home : +2-040-3352331, +2-040-3288766 Fax : +2-040-3286020 Mobile: +2-01273799810 Home ( Residence ) : Elwafaa Tower, Elwafaa St., Tanta , Egypt E-mail : mhsakr010@yahoo.com mohamed.sakr2@f-eng.tanta.edu.eg mhsakr@eamaraldelta.com

Employment Record

1990 -1992: Assistant Researcher in the Civil Engineering Department, Faculty of Engineering – Menofia University.

1992–1993: Demonstrator in the Structural Engineering Department, Faculty of Engineering –Tanta University.

1993-2000: Assistant Lecturer in the Structural Engineering Department, Faculty of Engineering – Tanta University. 2000- 2010: Lecturer in the Structural Engineering Department, Faculty of Engineering –Tanta University.

2010-2017: Associated Professor in the Structural Engineering Department, Faculty of Engineering – Tanta University.

2017-Present: Professor in the Structural Engineering Department, Faculty of Engineering –Tanta University.

Educational Background 1. Professor in the Structural Engineering Department, Faculty of Engineering –Tanta University 2017. 2. Associated Professor in the Structural Engineering Department, Faculty of Engineering – Tanta University 2010. 3. Ph. D. in Structural Engineering, Slovak Technical University, Faculty of Civil Engineering, Bratislava, Department of Steel and Timber Structures, Slovak Republic, April 2002. 4. M.Sc. In Structural Engineering, Civil Engineering Department, Faculty of Engineering Menofia University, August 1995. 5. B.Sc. in Civil Engineering , Civil Engineering Department, Faculty of Engineering Menofia University, August 1990, Grad: Excellent with honor degree, Ranke: First.

Teaching Experience

Teaching the Following undergraduate courses: 1- Theory of Structures 2- Finite Element Method 3- Dynamic Analysis of Structures 4- Design of Steel Strictures.

Teaching the Following postgraduate courses:

1- Finite Element Method.

Theory of Plasticity -2.

Research Interests

1- Concrete- Steel Composite Structures.

2- Long-term Effect of Concrete.

3- External Prestressing.

4- Strengthening of Concrete Structures using FRP.

5- Finite Element Analysis of RC or Steel Structures.
6- Infilled R.C and Steel Frames, Analysis and Retrofitting.

7- Modeling and Analysis of Retrofitted R.C Shear Walls.

8- Modelling and Analysis of the Beam – Column Connections, Practical Experience Design of Reinforced Concrete Multi-story Buildings Design of Reinforced Concrete Long Hall Administration Buildings. Design of Concrete- Steel Composite Building. Design of Steel Workshops Frames or Trusses. Design of Lattice Structures as Three or Four Legs Communication Towers from 35-90m.

Design of Guyed Towers from 80-110 m. Chairman of Eamar Al-Delta for Construction 2006 – Present Chairman of Eamar Al-Delta for real estate investment 2006 – Present Chairman of Delta Mix for ready mix 2013 – Present Chairman of GCP (Green Cementous Products) 2013 – Present Chairman of Eamar Mix for decor supplies 2013 – Present Chairman of Ebdaa for Furniture 2015 – Present Chairman of the board of trustees of El-Salam University in Delta. 2019 – Present

Computer Skills 1- Structural Software: Abaqus, ANSYS, SAP2000 2- Other Software: AutoCAD, Excel, Word, PowerPoint. 3- Developing special structural software for analysis and design using FORTRAN and Visual C++.

Published Papers

Number of International Journals papers 14
Number of National Journals papers 3
Number of International Conference papers 23
Number of National Conference papers 4

List – Sakr M. A., El-Khoriby S., Khalifa T. M, Nagib M. T.

( “Modeling of RC shear walls strengthened with ultra-high performance fiber reinforced concrete (UHPFRC) jackets” Engineering Structures Sakr M. A., Sleemah A., El Korany T. M. and El-Shenawy Mohamed K. (March 2019) “Numerical Modeling of Strengthening of RC Members using textile Reinforced mortar” International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’19, Hurghada, Egypt – Sakr M. A., Sleemah A., El Korany T. M. and Bothaina O. El-Kholany. (March 2019) “Behavior of RC columns Strengthened with UHPFRC Jackets a simplified analytical model” International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’19, Hurghada, Egypt – Sakr M. A., El-Khoriby S., Khalifa T. M and Eladly M. M. (March 2019) “Simplified Modeling of Masonry-infilled steel frames under cyclic loading” International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’19, Hurghada, Egypt – Sakr M. A., El-Khoriby S., Khalifa T. M and Badawy A. A. (March 2019) “Numerical modeling of infilled RC frames retrofitted with ECC subjected to cyclic loads” International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’19, Hurghada, Egypt – Sakr M. A., Sleemah A., El korany T. M. and Gamal A. (March 2019) “Exterior beam- column joints under varying column axial load and code comparison” International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’19, Hurghada, Egypt – Sakr M. A., El-Khoriby S., Khalifa T. M and Eladly M. M. (March 2019) “Cyclic behaviour of infilled steel frames with different beam-to-column connection types” Steel and Composite Structures, Vol.30 No. 5 P. 443-456 – Sakr M. A., El-Khoriby S., Khalifa T. M and Nagib M. T. (March 2019) “Numerical modeling of RC shear walls retrofitted with UHPFRC jackets” International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’19, Hurghada, Egypt – Sakr M. A., Saleemah A., Khalifa T. M. and Elsamak G. (February 2019) “Studying Behavior of Exterior RC Beam–Column Joints Strengthened Using CFRP for Achieving “Strong Column-Weak Beam” In RC Frames”. East African Scholars Publisher, Kenya, Vol. 2. No. 2 – Sakr M. A., Sleemah A., Khalifa T. M. and Mansour W. N. (2019) “Shear strengthening of RC beams using prefabricated ultra-high performance fiber reinforced concrete
(UHPFRC) plates: Experimental and numerical investigation”. Structural concrete journal, PP.1-17. – Sakr M. A., Sleemah A., Khalifa T. M. and Mansour W. N. (March 2019) ” Parametric studies of RC beams strengthened in shear with (UHPFRC) plates” International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’19, Hurghada, Egypt. – Sakr M. A., Saleemah A. A., Khalifa T. M, Mansour W. N. (2018, November) “Behavior of RC beams strengthened in shear with ultra-high performance fiber reinforced concrete (UHPFRC)” The 5th International Conference on Concrete Repair, Rehabilitation and Retrofitting, ICCRRR18, Cape Town, South Africa. – Sakr M. A. (2018) “ Finite element modeling of debonding mechanisms in carbon fiber reinforced polymer-strengthened reinforced concrete continuous beams” Structural concrete journal Vol 19 No. 4 956-966. – Sakr M. A., El-Khoriby S., Saleemah A. A. and Darwish E. A. (May 2017). “Modeling of CFRP-Retrofitted RC Frames with masonry infill walls” Civil Engineering Journal – Sakr M. A., El-Khoriby S., Saleemah A., Khalifa T. M. and Elsamak G. (2017, March) “Modeling of debonding in RC beam- column connection strengthened with FRP composites”. International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’17, Hurghada, Egypt. – Sakr M. A., El-Khoriby S., Khalifa T. M, and Badawy A. A.. (2017, March).”Numerical modeling of masonry infilled R.C. frames retrofitted and retrofitted with engineered cementitious composites”. International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’17, Hurghada, Egypt· – Sakr M. A., El-Khoriby S., Saleemah A. A., and Abo Elnour M. M. (2017, March).”Experimental and Numerical study on masonry infilled R.C. frames under cyclic loads”. International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’17, Hurghada, Egypt· – Sakr M. A., El-Khoriby S., Khalifa T. M and Nagib M. T. (2017, March). “Improving the flexural performance of RC shear walls under lateral loading using FRP composites: Numerical analysis”. International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’17, Hurghada, Egypt· – Sakr M. A., El-Khoriby S., Khalifa T. M and Nagib M. T. (2017, March). “Modeling of RC Shear walls strengthened by FRP composites”. Structural Engineering and Mechanics Vol. 61 No. 3. Pp.407-417
– Sakr M. A., El-Khoriby S., Khalifa T. M and Eladly M. M. (2017, February). “Modelling and behavior of beam-to-column connections under axial force and cyclic bending”. Journal of Constructional Steel Research. Vol. 129 pp. 171-184· – Sakr M. A. (2017, February). “Effect of cyclic loadings on the shear strength and RFT slip of R.C beams”. Civil Engineering Journal. Vol 3 No.2 pp. 111-123. – Sakr M. A., Khalifa T. M and Mansour W. N. (2016, November). “Analysis of RC continuous beams strengthened with FRP plates: a finite element model”. Civil Engineering Journal, Vol. 2, No. 11. pp 576-589. – El-Khoriby S., Sakr M. A., Khalifa T. M and Nagiub M. T. (2016, September). “Numerical analysis of RC Shear Wall Retrofitted using CFRP” International Conference on Advances in Civil, Environmental, and Materials Research (ACEM15), Jeju, Korea – Sakr M. A., El-Khoriby S., Khalifa T. M and Eladly M. M. (2016, August). “Simplified modelling of steel frame connections under cyclic loading”. International Conference, The 2016 Structures Congress, Jeju, Korea – Sakr M. A., El-Khoriby S., Khalifa T. M, Mohamed Eladly. (2016, February). “Comparison of different methods for preventing detrimental effects in the infilled steel frames”. International journal of Engineering trends and technology (IJETT) – Vol.32 No.7 pp. 42-54 – Sakr M. A., El-Khoriby S. · Saleemah A. A. and Darwish E. A.. (2015, April). “Numerical Modeling of Infilled RC Frames Using Three Different Models”. International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’15, Hurghada, Egypt.

– Sakr M. A., Khalifa T. M and Mansour W. N.. (2015, April).”Behavior of Reinforced Concrete Continuous Beams Flexurally Strengthened With Frp Plates: A Parametric Study”. International Conference on Advances in Structural and Geotechnical Engineering. ICASGE’15, Hurghada, Egypt.. – Sakr M. A., El-Khoriby S., Saleemah A. A. and Darwish E. A. (2014). “Behavior of CFRP Retrofitted Infilled RC Frame: Finite Element model. Second International Conference on Advances in Civil, Structural and Mechanical Engineering – CSM 2014, Birmingham, UK. Pp. 162-167. – Sakr M. A. , Khalifa T. M and Mansour W. N. (2014). “External Strengthening of RC Continuous Beams Using FRP Plates: Finite Element Model” Second International Conference on Advances in Civil, Structural and Mechanical Engineering – CSM 2014, Birmingham, UK. Pp. 168-174.
– Sakr M. A. (2010). “FE modeling of simply supported RC beams strengthened with FRP plates “. Structural Faults & Repair, 13th International Conference, Edinburgh – UK, June 2010. – Sakr M. A, and Sakla S. S. (2009). “Long-term deflection of cracked composite beams with nonlinear partial shear interaction: I — A study using neural networks”, Journal of Engineering Structures, Volume 31, August 2009, Pages 2988-2997. – Sakr M. A, and Sakla S. S. (2008) “Long-term deflection of cracked composite beams with nonlinear partial shear interaction: I — Finite element modeling” Journal of Constructional Steel Research, Volume 64, Issue 12, December 2008, Pages 1446-1455 – Sakla S. S. S. and Sakr M. A. (2007). “Neural Network Modeling Of Long-Term Deflection Of Composite Beams With Nonlinear Partial Shear Interaction”, Ain Shames University Engineering Journal, Vol. 42, No. 4, 32 December, 2007, PP1-23. – Sakla S. S. S. and Sakr M. A. (2007). “Finite Element Modeling Of Long-Term Behavior Of Composite Beams Considering Nonlinear Partial Shear Interaction” Ain Shames University Engineering Journal, Vol. 42, No. 4, 31 December, 2007, P9P 24-46. – Dabaon M. A. And. Sakr M. A and Kharoub O. F. (2005). “Long-Term Behavior of Externally Prestressed Composite Beams with Flexible Shear Connection”. 11th ICSGE (Eleventh international colloquium on structural and geotechnical engineering), Ain Shams University, Cairo, Egypt, May, 2005. – Dabaon M. A. And. Sakr M. A and Kharoub O. F. (2005). “Ultimate Behavior of Externally Prestressed Composite Beams with Partial Shear Connection”. 11th ICSGE (Eleventh international colloquium on structural and geotechnical engineering), Ain Shams University, Cairo, Egypt, May, 2005. – Sakr, M. A., and Safaan M. A. (2005). “Discrete and smeared nonlinear flexible shear connection in simply supported Composite Beams”. Al-Azhar University Engineering Journal, AUEJ, Vol. 8, No. 1, Jan. 2005, PP 720-732. – Safaan M. A., and Sakr, M. A., (2005). “Strengthening of RC Beams with Web Opening Using GFRP Composite as External Reinforcement”. Al-Azhar University Engineering Journal, AUEJ, Vol. 8, No. 1, Jan. 2005. – Sakr, M., and Lapos, J. (1999).” Long-Term Behavior of Simply Supported Composite Beams with Flexible Connection.” Slovak Journal of Civil Engineering, Vol. VII, 1999/2-3, pages 1-8. – Sakr, M., and Lapos, J. (1998). “Time-Dependent Analysis of Partially Prestressed Continuous Composite Beams”. 2nd Int. PhD Symposium in Civil Engineering 1998 Budapest.
– Sakr, M., and Lapos, J. (1998). “A Finite Element Model for Long-Term Analysis of Partially Prestressed Continuous Beam”. III Workshop Italiano sulle Costruzioni Composte Ancona 29-30 October 1998. – Sakr, M. Kandil, K. (1994). “On the Large Deflection Analysis of Elasticity Supported Laminated Glass Unites”. 2nd Alexandria Conference, 18- 20 April. – Sakr, M. Kandil, K. (1994). “Large Deflection Analysis of Elasticity Supported Laminated Glass Unites”. International Conference on Building Envelope System and technology, December 1994 Singapore. – Sakr, M., Kandil, K. (1994). “Non-linear Analysis of Lateral Loaded Elasticity Supported Laminated Unites.” 2nd Alexandria Conference, 18- 20 April 1994.