A simple icon, consisting of a series of links surrounded by a circle, is a common symbol for a connection or hyperlink. The lines of the icon are outlined in a dark black color on the background, with the addition of military elements of the Saudi national identity such as the Ghutra, Shamaa, and Saudi Bisht, to reflect the distinctive local character of Qassim University.

Links to official Saudi educational websites end with

edu.sa

All links to official educational websites of government agencies in Saudi Arabia end with .edu.sa.

Black leather minimalist gesture tag, black circular grip, topped with a clear depiction of a Saudi tunic with a shamma and aqal, emphasizing the features of the Saudi bisht. This design symbolizes the concept of security and digital data privacy and reflects the identity of Qassim University.
protocol for encryption and security. HTTPS for encryption and security.
Secure websites in the Kingdom of Saudi Arabia use the HTTPS protocol for encryption.
Digital Government Authority
Registered with the Digital Government Authority with no: 20260416249
Qassim University logo
Open search engine
Search
MyQU Single Sign-On Portal
MyQU

Faculty members

Content

Inside a building, a man dressed in a traditional white uniform with a red and white Saudi shemagh wears a neutral expression as if he were taking a picture of a faculty file at Qassim University.
Photo of the faculty member

MUNEER QAID SAEED ABDO

Associate Professor
College of Engineering
section

Personal data

  • 0537891762
  • m.abdo@qu.edu.sa
  • Desktop watches
    Google Scholar
    OneDrive

    Scientific qualifications

      Research interests

        Published research

        • Utilizing Alkali-Activated Recycled Concrete Aggregates from Demolished Structures to Investigate Concrete Properties in the Jeddah Region of Saudi Arabia (2025-03-01)
        • The selection of an appropriate concrete mixture for casting a pile cap in hot weather using 3D finite element model (2023-12-02)
        • Cracking in Concrete Water Tank due to Restrained Shrinkage and Heat of Hydration: Field Investigations and 3D Finite Element Simulation (2020-02-01)
        • Improved Dual-Module YOLOv8 Algorithm for Building Crack Detection (2026-01-22)
        • Influence of Steel and Polypropylene Fibers on Cracking Due to Heat of Hydration in Mass Concrete Structures (2019-04-01)
        • Early age thermal cracking of mass concrete blocks with Portland cement and ground granulated blast-furnace slag (2016-07-01)
        • Prediction of maximum core temperature and thermal gradient in mass concrete using a hybrid experimental-finite element method-machine learning approach (artificial neural networks and XGBoost) (2026-04-22)
        • Comprehensive investigation of the mechanical performance and evaluation of the environmental impact of epoxy and polyester polymer concrete (2025-01-03)
        • Recycling of date kernel powder (DKP) in mass concrete for mitigating heat generation and risk of cracking at an early age (2023-03-21)
        • Investigating the Potential Use of Date Kernel Ash (DKA) as a Partial Cement Replacement in Concrete (2022-12-01)
        • Evaluation of date kernel powder (DKP) for potential use as a setting and hydration retarder in concrete (2022-06-30)
        • Flexural and shear strength of prestressed precast hollow-core slabs (2012-01-01)
        • Early age thermal cracking of mass concrete blocks with Portland cement and ground granulated blast-furnace slag (2016-01-01)
        • Influence of Steel and Polypropylene Fibers on Cracking Due to Heat of Hydration in Mass Concrete Structures (2019-01-01)
        • Investigating the potential use of date kernel ash (DKA) as a partial cement replacement in concrete (2022-01-01)
        • Recycling of date kernel powder (DKP) in mass concrete for mitigating heat generation and risk of cracking at an early age (2023-01-01)
        • Comprehensive investigation of the mechanical performance and evaluation of the environmental impact of epoxy and polyester polymer concrete (2025-01-01)
        • Evaluation of date kernel powder (DKP) for potential use as a setting and hydration retarder in concrete (2022-01-01)
        • Cracking in concrete water tank due to restrained shrinkage and heat of hydration: field investigations and 3D finite element simulation (2020-01-01)
        • Analysis and design of prestressed precast hollow core slabs using strut and tie method (2012-01-01)
        • Utilizing Alkali-Activated Recycled Concrete Aggregates from Demolished Structures to Investigate Concrete Properties in the Jeddah Region of Saudi Arabia (2025-01-01)
        • The selection of an appropriate concrete mixture for casting a pile cap in hot weather using 3D finite element model (2024-01-01)
        • Selection of optimum structural roof system in Saudi Arabia for a conference hall without interior columns in terms of cost and feasibility (2021-01-01)
        • Structural strength prediction of prestressed precast hollow core slabs (PPHCS) using deep artificial neural network model (2025-01-01)
        • Three-dimensional finite element modelling for influence of reduced graphene oxide on cracking index of mass mortar blocks due to heat of hydration (2022-01-01)
        • Investigating the potential use of date kernel ash (DKA) as a partial cement replacement in concrete. Materials. 2022; 15: 8866 (2026-01-01)
        • Experimental Investigation and Modeling of the Heat of Hydration in Mass Concrete Structures (2013-01-01)
        • Improved Dual-Module YOLOv8 Algorithm for Building Crack Detection (2026-01-01)
        • Experimental and numerical investigation for the cracking potential of self-compacting concrete (SCC) at early age (2023-01-01)
        • Prediction of maximum core temperature and thermal gradient in mass concrete using a hybrid experimental—FEM—machine learning approach (ANN and XGBoost) (2026-01-01)
        • An Investigation of a Post-tension Problem in a Conference Hall Roof (2023-01-01)
        • Experimental Investigation and Modeling of Prestressed Precast Hollow-Core Slabs with a Strut-and-Tie Model (2009-01-01)

        Teaching materials

          Suggestions

          Single Sign-On Portal
          Achievement
          E-learning
          Email
          Directory of services
          Query services

          Cookies

          This website uses special cookies to ensure ease of use, improve your browsing experience, and clarify the terms and policies related to About user privacy. By continuing to browse this website, you acknowledge that you accept the use of cookies and the terms of the Privacy Policy

          Accept