This article assess the precise estimation of the hysteresis loop of reinforced concrete (RC)
beams in distinct failure cases to verify inelastic seismic beam function. Any test failure in RC …

The growth of heavy traffic together with aggressive environmental loads poses a threat to
the safety of an aging bridge stock. Often, damage is only detected via visual inspection at a …

One of the next frontiers in structural wind engineering is the design of tall buildings using
performance-based approaches. Currently, tall buildings are being designed using …

Abstract Recycled Plastic Lumber (RPL) is a sustainable material that has been proposed in
the last years to develop structural systems for low-rise housing in high-seismic hazard …

With the aim to model the seismic behavior of steel reinforced concrete (SRC) frame
columns, in this research, hysteresis and skeleton curves were obtained based on the …

In civil engineering, structural elements characterized by hysteresis are often encountered,
such as materials with limited elastic fields, microsliding friction and elastomeric absorbers …

In this research, we develop three hysteretic structural models using two machine learning
algorithms, namely physics-guided neural networks and universal ordinary differential …

Failure probability estimation of hysteretic systems subjected to random process excitation
appears in many practical engineering applications, such as structures subjected to …

Recent earthquakes have highlighted the vulnerability of infilled reinforced concrete
structures due to the insufficient consideration of infill masonry walls' contribution to strength …

The seismic design of light-frame wood buildings requires adequate lateral strength and
stiffness without inversely compromising the energy dissipation performance, mainly …