Full Name:
Hossam Eldin Mostafa Afify Ammar
Academic Rank:
Teacher Assistant
ASU Email:
Structural Engineering
Graduation Year:

(2017) M.Sc. in Civil Engineering
Institution : Faculty of Engineering, Ain Shams University, Cairo,
Minor : Structural Engineering
Cumulative GPA : 3.91 out of 4.00
Thesis Title : Effect of Lateral Torsional Movement of Floors on
Pounding Response of Buildings.

(2011) B.Sc. in Civil Engineering
Institution : Faculty of Engineering, Ain Shams University,
Cairo, Egypt.
Minor : Structural Engineering
Cumulative Grade : Distinction with Honor Degree (87%)
Capstone Project : Design of Reinforced Concrete Structures
Capstone Project grade : Distinction
Class rank : Second out of 726 students.

B.Sc. Graduation Award, Honour Degree
Not Available
Published Research:
1. Title : 3-D Analysis of Torsional Pounding Between Two
Adjacent Buildings.
Journal Title : IOSR Journal of Mechanical and Civil
Engineering (IOSR-JMCE)
Publisher Name : International Organization of Scientific Research
ISSN (Online) : 2278-1684

Status : Accepted

2. Title : Effect of Lateral and Torsional Movement upon
Pounding Response of Two Adjacent Buildings with
Different Heights only.
Status : Under Preparation

Published Research in Confernces:

Educational and Research Projects:
A) 2017 M.Sc. in Civil Engineering
Structural Engineering Department
Faculty of Engineering, Ain Shams University, Cairo, Egypt
Thesis Title: Effect of Lateral Torsional Movement of Floors on Pounding Response of Buildings

The objectives of this study can be summarized as follows:
1. Understanding the pounding behavior of adjacent structures during earthquakes.
2. Investigate the effects of pounding between adjacent buildings which are subjected to seismic loads and constructed without sufficient seismic gap especially the case of zero gap distance between buildings, due to its wide-spread existence in case of actual buildings built in many cities.
3. Analyze and study the structural behavior due to Translational (lateral only) pounding as well as lateral-torsional pounding between adjacent buildings, 3-D finite element models were built for the analysis process
4. An extensive parametric study is conducted to determine the effect of various parameters on the pounding behavior of the buildings, from which are the building’s mass, stiffness, height, and torsional rotation, while studying those factors both, individually as well as in relation with each other.
5. Determination of the most effective parameters.
6. Developing conclusions related to the structural behavior of the buildings, as well as useful recommendations for design work as well as future research work in this field.

B) A Report Presented in Partial Fulfillment of The Requirement of The Graduation Project of Reinforced Concrete Structure.
Report Title: Analysis and Design of Passive Seismic Response Modification Devices
The report focuses on four chapters;
CHAPTER 1. Types of Seismic Control (Passive & Active)
CHAPTER 2. Types and Dynamics of Base Isolation System
CHAPTER 3. Different Codes Provisions, Modeling and Structural Analysis of Isolated Structures
CHAPTER 4. Case Studies (Using SAP2000)

C) Various small reports in partial fulfillment of the requirement of the preliminary courses for the master’s degree;
1. Report about the various materials used in creating concrete and their different types & the ways of checking the strength and workability of various types of concrete.
2. Report about the modification of soft clay properties like strength and stiffness by using lime, as well as, scrap tire rubber and synthetic fibers.
3. Report about Troll A gas platform, discussing its location & dimensions, also its construction technique for its concrete cylindrical legs and platform, and how the whole system was built in sea and transported to its final location.
4. Report about Wembley Stadium Structural Review, discussing its site, its structural system, and the idea behind building its arch and roof.
5. Report about the structural design of Steel Bins and Silos
6. Report about the structural design of Tanks for the Storage of Oil and Water

Consulting and Engineering Projects:
Design Project from which are;
▪ Cairo Festival City (CFC)
▪ Adera
▪ Accor

Strengthening projects from which are;
▪ SODIC ALLEGRIA : Strengthening of Beams with drilled cores and cut Reinforcement at Buildings NO. A 73, 76, 77, 80.
▪ AL AHLY BANK, OFFICE BUILDING, CAIRO PLAZA, NORTH TOWER: (Strengthening of core due to new door opening between ground and first roof).
▪ COMMERCIAL INTERNATIONAL BANK “CIB” IN SMART VILLAGE: (Structural check and strengthening of the second floor at level +22.500 to support the increased load by the data center, also defining and establishing the specs for the project).

Supervised Thesis:

Linkedin Profile

Some of the Conferences and Workshops attended:

- The 15th International Conference on Structural and Geotechnical Engineering (ICSGE), Advances in Construction Techniques, (2018), under the auspices of Ain Shams University, Cairo (http://portal.eng.asu.edu.eg/icsge15).
- The 14th International Conference on Structural and Geotechnical Engineering (ICSGE), (2015), under the auspices of Ain Shams University, Cairo.
- The Eurocodes for Building Design, (2015), under the auspices of the German University in Cairo.
- Repairing and strengthening of structures using fiber reinforced polymers, under the supervision of the Egyptian Syndicate of Engineering, (2015)
- A workshop titled “FRP Stay in Place Structural Forms for Rapid Construction of Bridge Decks” at the German University in Cairo given by Prof. Amir Fam, Queen’s University, Kingston, Canada.