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  Erkan Polat
  Challenge Journal of Structural Mechanics (2022) 8(4) 166-172
  In composite plate shear walls–concrete filled (C-PSW/CF), there is an indeterminate flow of force between concrete, steel plate and tie bars. Finite element methods (FEM) are frequently used to verify this force flow. The theoretical models available in the l...
• Predicting shear strength in reinforced concrete deep beams through finite element modeling of diverse concrete materials
  Erkan Polat, Gökhan Karaman
  Challenge Journal of Structural Mechanics (2025) 11(1) 24-41
  This study investigates the prediction of the strength of reinforced concrete deep beams, critical components in urban infrastructure, by evaluating their load-carrying capacities through finite element modeling and nonlinear inelastic analyses using LS-DYNA s...
• Determination of waste crushed baked clay aggregate concrete with granular composite material preparations
  Fatih Şamdan, İbrahim Çelikyürek, Mehmet Canbaz
  Challenge Journal of Concrete Research Letters (2024) 15(4) 112-119
  Waste baked clay is an industrial waste that causes environmental pollution. Therefore, the possible utilization of this material would reduce environmental pollution. Utilization of baked clay as aggregate in concrete would have a positive effect on the econo...
• Investigation of the seismic response of irrigation channel using Coupled Eularian-Lagrangian approach
  Muhammet Ensar Yiğit, Betül Üstüner
  Challenge Journal of Concrete Research Letters (2024) 15(3) 90-100
  While devastating earthquakes affect cities, they can also cause serious damage to irrigation structures in agricultural areas. Cracks and structural deteriorations may occur in water structures using concrete such as dams, aqueducts and open channels. This st...
• Enhancing mechanical properties of foam concrete with sisal fiber reinforcement: An experimental investigation
  Mehmet Uzun
  Challenge Journal of Concrete Research Letters (2024) 15(3) 82-89
  In this study, we explore the possibility of using sisal fibers as an environmentally-friendly reinforcing agent for foam concrete. We aim to improve its physical properties by combining environmental friendliness with engineering practicality to create a dura...