This study aims to monitor excessive vibrations in the stay-cables of long-span bridges,
which can cause structural defects or discomfort to the public. Traditional methods like …

Conformational changes of linker units in metal‐organic frameworks (MOFs) are often
responsible for gate‐opening phenomena in selective gas adsorption and stimuli …

The history of formulation of the efficient method for studying the nonlinear dynamic
response of structures, damping features of which depend on natural frequencies of …

This paper aims to propose a novel model for predicting the nonlinear heave-torsion
coupled flutter instability of flat bridge decks. The nonlinear oscillatory system during …

Although the transverse vibration of the cantilever structure is of great interest, the internal
resonance of the vertical cantilever structure is always ignored. In this paper, nonlinear free …

Nonlinear vibration of suspension bridge is a topic requiring comprehensive investigation.
This study is focused on the internal resonance of the suspension bridge consisting of …

Suspension type cable system is an important type of cable bearing system, its dynamic
problems have always been the key to the structural design, health monitoring, and vibration …

In suspension bridges, flutter is the primary source of instability, commonly controlled by a
tuned mass damper (TMD). In torsional motions, such as flutter, the shape of the mass block …

The flutter control effectiveness of passive aerodynamic countermeasures for long-span
bridges is much dependent on the configuration of these countermeasures. The present …

Nonlinear vibration analysis of complex structures is still a challenging topic due to
limitations of existing algorithms. This paper proposes a highly efficient method to address …