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  This study explores the potential of recycling bricks from dismantled old buildings into brick aggregates and utilizing them as coarse aggregates in recycled brick aggregate concrete. Nepal, being susceptible to seismic events, generates large amounts of const...
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  The incorporation of bacteria into concrete has emerged as a promising strategy to enhance mechanical performance. This study presents a comprehensive experimental and numerical investigation into the behavior of fibrous concrete incorporating two bacterial st...
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  Demet Yavuz
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  Pervious concrete can rapidly drain stormwater from the top layer to the sublayer. However, the porous structure of this concrete also results in low mechanical properties, which prevent the widespread use of pervious concrete around the world. This study inve...
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  Reinforced concrete (RC) columns are prone to brittle shear failure under lateral loads like earthquakes, especially in older structures. Carbon fiber reinforced polymer (CFRP) wrapping effectively enhances shear capacity, ductility, and energy dissipation. Th...
• The mechanical properties of cement mortar reinforced with silica fume subjected to sulfate and chloride environment
  Sulaiman Al-Safi, Abdulghani Altharehi, Ibrahim A. Alameri, Abdulmalek Al-Jolahy
  Challenge Journal of Structural Mechanics (2025) 11(1) 55-69
  This study investigates the effect of incorporating micro-sized silica fume on the mechanical properties and durability of cement mortar when exposed to sulfate and chloride environments. Mortar samples were prepared by replacing cement with micro-sized silica...