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MAHMOUD SAMIR ELKADI

Assistant Professor

MAHMOUD SAMIR ELKADI
4927
mselkadi@ju.edu.sa
Civil Engineering - College of Engineering
Collage
College of Engineering
كلية الهندسة
Department
Civil Engineering
الهندسة المدنية
Researches
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Current courses

Recent courses

Fm researches

fm info

Projects

Using of Nanotechnologies and Sustainable Materials for: Drinking Water Treatment, Desalination, and Wastewater Treatment
2024 - 2025

Clean, inexpensive water is the 21st century's greatest challenge. Population increase, climate change, and water quality degradation make it difficult to meet global water demand. Integrated water management requires technological innovation. Nanotechnology can increase water and wastewater treatment efficiency and supply by safely using unconventional water sources. Nanotechnology for water and wastewater treatment has advanced recently.

Cost, time, and energy-efficient envelope optimization for general industries components (buildings/ industrial buildings/ economizers/ heat pumps)
2024 - 2025

Utilizing building energy modelling and simulation can lead to more cost-effective and energy-efficient building envelope solutions than conducting field tests of actual implementations. This study focused on the building envelope's key components, including fenestration, shading devices, wall and roof assembly, and building configuration. A base-case model for the Tropical climate was created, adjusted, and then used in a parametric simulation, where 11 building envelope parameters were adjusted individually.

Analysis of site vibration response on an inhomogeneous unsaturated soil site
2024 - 2025

When highways and railroads traverse rural residential areas, site vibrations induced by impact hole formation construction lead to frequent accidents in residential housing and related construction works. The primary objective of this study is to propose a new method for assessing the extent of construction impacts on residential houses for analyzing the vibration response of a non-uniform unsaturated soil site during heavy hammer percussion for hole formation, which was validated in field tests on the Wudu to Jiuzhaigou section of the G8513 highway.

Education

Ph.D.
ZagaZig University - Faculty of Engineering
2012 - 2007
BA
ZagaZig University - Faculty of Engineering
2002 - 1997
M.A.
ZagaZig University - Faculty of Engineering
2007 - 2003

Experience

Assistant Professor
Faculty of Engineering - Zagazig University
2012 - 2019
Administrator
Faculty of Engineering-Zagazig University
2003 - 2007
Associate Professor
Faculty of Engineering - Zagazig University
2019 - 2024
Teaching ِAssistant
Faculty of Engineering - Zagazig University
2007 - 2012
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