The plastic behavior of strengthened haunched beams utilizing carbon fiber-reinforced
polymers (CFRP) was investigated using a probabilistic design that took into account …

Determining the deterioration of superstructure systems is technical and has national
economic importance. In addition to geometric deterioration, it is also very difficult to monitor …

Due to the growing significance of structural theories concerning the composite structure
analysed and designed plastically, this paper introduces a new optimisation method for …

Doppler Effect (DE) is a physical phenomenon observed by Doppler, an Austrian
mathematician, in 1842. In recent years, the mathematical formulation of this phenomenon …

This study proposes a new metaheuristic optimization algorithm, namely the white-tailed
eagle algorithm (WEA), for global optimization and optimum design of retaining structures …

Mathematical optimization can be a useful strategy for minimizing energy usage while
designing low-energy buildings. To handle building energy optimization challenges, this …

This research proposes a novel method that considers the optimal reliability-based design of
reinforced concrete haunched beams subjected to probabilistic concrete properties and …

Optimal design of structures is one of the goals of a structural engineer. Since a large
number of design variables are involved, the high computational time for optimization …

This work introduces elasto-plastic analysis of prestressed reinforced concrete beams under
different prestressing conditions by limiting the residual plastic behaviour inside the steel …

The dynamic time history analysis is the most accurate method for calculating the structure
response relative to the vibrating load. The use of this method is time-consuming due to the …