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  This study investigates the behavior of multi-cell steel columns (MCCs) under impact loading through both experimental and numerical analysis. Twelve specimens, including single-cell columns (SCC) and four-cell MCC configurations, were tested in empty and conc...
• Assessment of stresses and vibration behavior of concrete gravity dam under fluctuating hydrostatic force
  Pandimani
  Challenge Journal of Concrete Research Letters (2025) 16(1) 1-14
  Dam structure contributes to the socio-economic development of a country but zero probability of failure of such structure is a design concern. Hence, it is essential to monitor the dam condition under the fluctuating reservoir water and the vibration effect. ...
• Determining datum temperature and apparent activation energy: an approach for mineral admixtures incorporated cementitious systems
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  The maturity method is used to predict the strength of concrete by monitoring its temperature history. Accuracy of maturity method relies on the dependable determination of the datum temperature and the apparent activation energy. The current study introduces ...
• The engineering properties of silica fume and GGBS-based geopolymer mortars cured in elevated temperature
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  Geopolymer, a promising alternative to traditional portland cement, offers a wide range of sustainable applications in the construction industry. Geopolymer mortar presents a sustainable future by mitigating carbon dioxide emissions associated with cement prod...
• Impact of composite columns on soft and weak storey irregularities in buildings without ground floor infill walls
  Yusuf Yıldız, Fethi Şermet
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  In buildings without infill walls on the ground floor, structural irregularities, such as soft and weak storey irregularities can significantly reduce their resilience to earthquakes. These irregularities arise from insufficient lateral stiffness and strength ...