Abstract The robotic manipulation of a heavy industrial cable is challenging to model and control because of the high number of degrees of freedom and the rigid-flexible coupling dynamics.In this paper, we report the development of modeling the cable effect and control methodology for robotic cable manipulation.Our cable effect model is based on th
Abstract In this paper, we study a possibility where gravity and time emerge from quantum matter.Within SD Cards the Hilbert space of matter fields defined on a spatial manifold, we consider a sub-Hilbert space spanned by states which are parameterized by spatial metric.In those states, metric is introduced as a collective variable that controls lo
The resistivity method and time-domain-induced polarization (TDIP) are two branches of electric exploration that are used to solve problems in mineral exploration, hydrogeology and engineering geology.In recent years, integrating different physical parameters for joint inversion to improve the accuracy of inversion results has been extensively exam
Microwave energy has been demonstrated to be able to assist mechanical rock breaking in geotechnical and mining engineering.The aim of this research is to study the influences of the interaction between microwave energy and rocks on the performance of disc cutters on a TBM (tunnel boring machine).By applying an open-type microwave-induced fracturin
IntroductionAcetabular fractures consist of complex fracture patterns whereby bone fragments are displaced in different directions.Two-dimensional computed tomography (2DCT) gap and step-off measurements tend to underestimate the multidirectional features of these fractures.The aim was to develop a three-dimensional computed tomography (3DCT) measu