This study examined the effect of earthquake frequency on the seismic response of a typical
modern container crane. A time-history analysis was carried out on the crane using 93 real …

This paper is concerned with the verification of mathematical modeling of the container
cranes under earthquake loadings with shake table test results. Comparison of the shake …

This paper is concerned with modelling of the behaviour of container cranes under seismic
loadings. For this purpose, physical and mathematical models are prepared. A six degrees …

Seismic responses of A-frame jumbo-size container cranes are comprehensively studied by
exciting them as realistically as practical to evaluate the adequacy of the conventional static …

This paper studies the design of a state-feedback delay-dependent H∞ controller for
vibration attenuation problem of a seismic-excited container crane subject to having time …

This study aims to reduce the earthquake-induced vibrations of the container crane
structures using an active vibration control. Vibration control using intelligent controllers …

Assessing the seismic performance of the gantry crane is significant since the structure is
more vulnerable to earthquakes with the increase in size and lifting weight capacity. This …

A gantry crane located in a near-field earthquake-prone area is selected in this paper as an
example, and the nonlinear finite element (FE) model is used considering the material …

Having knowledge of dynamic properties named as natural frequency and mode shapes
during the design process is important to determine proper design criteria. As a main aim of …

This paper studies the design of a linear matrix inequality (LMI) based mixed H2/H∞ state‐
feedback controller for vibration attenuation problem of seismic‐excited container cranes. In …