The concept of harvesting energy from galloping oscillations of a bluff body with different
cross-section geometries attached to a cantilever beam is investigated. To convert these …

The effects of ambient temperature on the level of harvesting energy from galloping
oscillations of a bluff body are investigated. A nonlinear-distributed-parameter model is …

A model for harvesting energy from galloping oscillations of a bar with an equilateral triangle
cross-section attached to two cantilever beams is presented. The energy is harvested by …

The concept of harvesting energy from ambient and galloping vibrations of a bluff body with
a triangular cross-section geometry is investigated. A piezoelectric transducer is attached to …

A galloping piezoelectric energy harvester is composed of a cantilevered piezoelectric beam
and a tip bluff body. Self-excited vibration is induced when the tip bluff body is subjected to …

Modeling and comparative analysis of galloping-based hybrid piezoelectric-inductive
energy harvesting systems are investigated. Both piezoelectric and electromagnetic …

This paper presents a generalized formulation, analysis, and optimization of energy
harvesters subjected to galloping and base excitations. The harvester consists of a …

In this study, a novel galloping-based piezoelectric energy harvester adaptable to external
wind velocity (GPEHAW) is proposed. The purpose of developing the GPEHAW is two …

Performances of galloping-based piezoelectric systems for energy harvesting and control
applications when considering complex electrical impedance are investigated. The …

One of the challenging tasks in the analytical modeling of galloping systems is the
representation of the galloping force. In this study, the impacts of using different …