Mohamed Bassuoni

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Expertise in cementitious materials and durability of concrete structures under multiple damage mechanisms.

Civil Engineering
Masonry and Cementitious Materials, Materials Science and Engineering
Infrastructure and building materials, durability of concrete, rehabilitation and sustainable development of concrete infrastructures, advanced cementitious materials
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PhD applicants must have very strong academic credentials in their BSc and MSc degrees. Research background (MSc.) in the areas of cementitious materials or durability of concrete is a must. Preference will be given to applicants who have journal publications from their previous research.

Prof. Bassuoni’s research interests are in the area of civil engineering infrastructure from a materials perspective with emphasis on the durability, rehabilitation and sustainable development of concrete infrastructure. The international shift to performance-based standards and specifications for concrete necessitates improving the reliability of current testing standards and introducing rigorous performance-based test methods for cementitious materials. It is particularly important to demystify some key durability issues of concrete and so more reliably qualify innovative concrete mixture designs incorporating novel/smart cement-based materials and recycled waste by-products, which concurrently have positive engineering and environmental effects. Improving the reliability of experimental data and understanding of combined degradation mechanisms of concrete structures will inevitably lead to appropriate selection of cementitious materials, rehabilitation strategies and preventive measures, and thus reducing life-cycle costs. In addition, significant development can be achieved in service life/life-cycle cost analyses of concrete structures, which are not adequately developed so far due to the use of unreliable data and classical-logic that has been proven incapable of describing the degradation of concrete structures affected by a multitude of aging mechanisms. Comparatively, emerging computational intelligence-based methods such as fuzzy-logic inference systems are promising tools in modeling the durability performance of concrete structures under variable environmental conditions and multiple degradation mechanisms.

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