Faculty of Engineering

Dr. Ahmed Mostafa El Kholy

Contact Information
Phone Number: 084 6337580 / 084 6337588                          
Fax Number: 084 6334031
E-mail Address: amk00@fayoum.edu.eg
Office: Civil Engineering building
Postal Address: Fayoum - Fayoum University - Faculty of Engineering - Civil Department - POBox: 63514
Academic Qualifications
B. Sc.: Civil Engineering - Cairo University - 2001
M. Sc.: Civil Engineering - Structural Eng - Tokyo University - 2005
Ph. D.: Structural Engineering – Cairo University - 2011
Academic Positions
Demonstrator: From 2001 To 2006
Assistant Lecturer: From 2006 To 2011
Lecturer: From 2011 To 2020
Assistant Professor: From 2020 Up Till Now
Research Interests
Advanced structural analysis & modeling using finite element method
STRESS ANALYSIS OF COMPOSITE LAMINATED BRIDGE GIRDER UNDER VARIOUS TYPES OF LOADING.
Nonlinear, buckling and contact analysis using finite element method
Failure analysis and development of new modeling procedures
Seismic analysis & evaluation of RC structures according to Egyptian and international building codes
Innovative procedures & materials for strengthening RC & steel structures >
Innovative shapes & configurations for reinforcement of RC structural members
Experimental studies
Publication list
Enhanced Ferrocement Jackets for Strengthening Long Reinforced Concrete Columns
Comparison of Egyptian Code 2012 with Eurocode 8-2013, IBC 2015 and UBC 1997 for seismic analysis of residential shear-walls RC buildings in Egypt.
SAFETY ASSESSMENT OF GRAVITY LOADS DESIGNED TEN-STORY RC BUILDINGS UNDER EARTHQUAKE LOADS
Effectiveness of Combined Confinement with Metal Meshes and Ties for Preloaded and Post-Heated RC Short Columns
Improved confinement of reinforced concrete columns
Modeling of punching shear failure of lightweight RC slabs and ferrocement slabs
Finite element simulation for steel tubular members strengthened with FRP under compression
Assessment of structural behavior of long RC columns laterally reinforced with EMM metal mesh as untraditional reinforcement
Imperfection Modeling Using Finite Element Approach with Particular Discretization