Dr Mohamed Shaheen

Mohamed's research interests are related to the response of steel and composite structures to focusing on the areas of structural fire engineering, structural earthquake engineering robustness, with particular expertise in the areas of experimental testing as well as computational modelling.

Current research activity

• Improve robustness of steel structures during earthquake
• Fire performance of steel structures (connections and elements)
• The behaviour of steel column bases
• Predicting material properties of high strength steels using Machine Learning

• Shaheen, M.A., Foster, A.S. and Cunningham, L.S., 2020, December. A novel device to improve robustness of end plate beam-column connections. In Structures (Vol. 28, pp. 2415-2423). Elsevier. 
• Shaheen, M.A., Foster, A.S., Cunningham, L.S. and Afshan, S., 2020, October. A numerical investigation into stripping failure of bolt assemblies at elevated temperatures. In Structures (Vol. 27, pp. 1458-1466). Elsevier. 
• Shaheen, M.A., Foster, A.S., Cunningham, L.S. and Afshan, S., 2020. Behaviour of stainless and high strength steel bolt assemblies at elevated temperatures—A review. Fire Safety Journal, 113, p.102975. 
• Shaheen, M.A., Tsavdaridis, K.D. and Yamada, S., 2018. Comprehensive FE study of the hysteretic behavior of steel–concrete composite and noncomposite RWS beam-to-column connections. Journal of Structural Engineering, 144(9), p.04018150. 
• Shaheen, M.A., Tsavdaridis, K.D. and Salem, E., 2017. Effect of grout properties on shear strength of column base connections: FEA and analytical approach. Engineering structures, 152, pp.307-319.

Undergraduate

• Analysis & Design of Steel and Timber Structures 
• Structural Forms and Stress Analysis 
• Mathematical Modelling of Structures 
• Computational Structural Engineering 
• Analysis & Design of Prestressed Concrete Structures 

Postgraduate

• Supervision of dissertations on topics aligned to Mohamed’s research interests

Mohamed's research interests are related to the response of steel and composite structures to extreme loads, focusing on the areas of structural fire engineering, structural earthquake engineering and structural robustness, with particular expertise in the areas of experimental testing, analytical modelling and computational modelling. 

He was awarded a PhD from Manchester University which emphasises the robustness of steel structures during a fire. He also worked as a Research Assistant at Manchester University, participating in an EPSRC-funded innovative modular timber construction project. Mohamed obtained an MSc from Al-Azhar University in Egypt, an MEng from Grips University in Japan and a DipEng from the IISEE institute in Japan. He was awarded the best researcher at the end of his MEng degree. 

During his PhD, Mohamed was showing an outstanding research capability as he managed to produce 11 publications in high quality, peer-reviewed journals in a relatively short period of time. Mohamed also produced original and novel contributions to the field of the robustness of steel structures under accidental loadings. His novel device led to a significant enhancement in the ability of a structure to withstand extreme loads, such as earthquake, fire and impact, without being progressively damaged. 

Awards 

• Dean’s Doctoral Scholar Awards by Manchester University 
• Japan International Cooperation Agency Scholarship 
• Best Research Award 
• Best Presentation Award (MEng degree)