Abstract The case study, Los Angeles 32‐storey residential building, has an exceptionally
long seismic observation history, spanning 50 years (1971‐2020), during which it has …

One dimensional wave propagation is studied in a cantilever conical structure deforming in
shear. The structure has rectangular cross‐section both dimensions of which decrease …

Beam structures are widely used in various engineering branches, and the investigation on
their dynamic behavior is of fundamental significance for the efficient design and vibration …

Purpose This paper presents a parametric study of stress wave refraction at multi-member
joints using a wave-based approach. It provides a comprehensive analysis of the wave …

This paper studies the dynamic behavior of the structural frames subjected to seismic
loadings using a joint-based wave refraction method. The beams of the frame are modeled …

Purpose The paper presents a machine-learning approach for the classification of damage
and nonlinearity in frame structures based on stress wave amplitude features. It uses a …

Analysis of wave propagation within buildings in response to earthquakes enables the
tracking of changes in dynamic characteristics using impulse response functions. The …

In this paper, an efficient time domain formulation is proposed for computing time history
dynamic responses of 2D structures, ie various types of trusses and frames. Unlike the …

In order to study the influence of traveling wave effect on the seismic response and damping
effect of suspended structure, a series of shaking table tests of the 1: 20 suspended structure …

Dynamic response of structures can be analyzed in terms of the propagation of input energy
within the structure. Energy propagation is quantified by energy flux (EF), which is the …