Abstract: The current system of supply standards for buses in Korean cities fails to reach the demand for services. Passenger demand varies with route, time of the day, and with location along each route. In order to overcome this ...

Abstract: A new hybrid damper is proposed to suppress the vibration of a flexible cantilever beam at its free end. It consists of an active piezoelectric-type servo-damper and a passive dampled vibration ...

Abstract: Using a set of long-term disdrometric data and of actual radar measurements from the McGill S-band operational polarimetric radar, several sources of errors in rain measurement with polarimetric radar are explored in order ...

Abstract: AbstractCivil complaints are a significant risk in road construction projects owing to their inherent unpredictability and broad scope. Therefore, complaints must be managed systematically to facilitate proactive prevention ...

Abstract: Applicability of the cerebellar model articulation controller (CMAC) to structural control is explored, and a training algorithm for the suppression of structural vibration is proposed. The training epochs and controlled ...

Abstract: When a prestressed double-T beam is subjected to torsion, a pair of prestressing tendons resists torsional rotation because of the restoring action of the displaced prestressing tendons. A comprehensive formulation to ...

Abstract: An incremental three-dimensional stress-strain relationship for concrete with induced anisotropy has been developed. The nonlinearity and path-dependency are modeled by expressing the elastic moduli ...

Abstract: A mathematical model of a six-degree-of-freedom (6-DOF) hexapod system for vibration isolation was derived in the discrete-time domain on the basis of the experimental data obtained from a ...