Abstract: Through the energy method proposed in the previous parts of this study, it is possible to predict chip formation and cutting force for a single point tool of arbitrary geometry. By using the ...

Abstract: The study of steady and unsteady oscillatory static fluid pressures acting on the internal wall of a collapsible tube is essential for investigation of the complicated behavior observed when a ...

Abstract: This paper presents an extension of the previous analyses on the collapsible tubeflow problem using a simplified model based on a two-dimensional channel conveying a one-dimensional flow. The ...

Abstract: In the case of a circular tower, end-cell-induced vibration (ECIV) occurs at a wind speed a few times higher than the wind speed that induces the vortex-induced vibration. To elucidate the characteristics of the aerodynamic ...