Research Articles | Challenge Journal of Concrete Research Letters

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Related Articles

  • Mohammed Gamal Al-Hagri, Mahmud Sami Döndüren
    Challenge Journal of Concrete Research Letters (2022) 13(1) 36-53
    Incorporation of nanomaterials into cement-based materials has great potentials to improve their performance to great levels and to produce construction materials with superior and unique properties. Various nanoparticles have been utilized in cementitious com...
  • Supriya Siddharth More, Ajaykumar R. Kambekar
    Challenge Journal of Concrete Research Letters (2025) 16(2) 60-68
    Accurately predicting the compressive strength of concrete is crucial for ensuring structural integrity, optimizing material usage, and reducing construction costs. Conventional experimental methods, though reliable, are often labour-intensive and time-consumi...
  • Kamel Kandil, Mostafa El-Shami, Ghada Mousa Hekal, Osama Magdy ElGouhary
    Challenge Journal of Concrete Research Letters (2025) 16(2) 95-114
    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...
  • Sadrettin Sancıoğlu, Abdulkerim İlgün, Serdar Çarbaş
    Challenge Journal of Concrete Research Letters (2025) 16(4) 215-224
    Existing literature and practical engineering practice have comprehensively examined the behaviour of concrete-filled steel tubular (CFST) columns, CFST beams, and their associated connection systems involving either steel or reinforced concrete (RC) beams. De...
  • Fatih İrfan Baş
    Challenge Journal of Structural Mechanics (2025) 11(1) 42-54
    Flexible pavements are considered more sustainable than concrete pavements primarily due to the higher long-term maintenance and rehabilitation costs associated with concrete pavements. Concrete pavements possess a higher modulus of elasticity, which allows th...