To address the uncertainty of optimal vibratory frequency f ov of high-speed railway graded
gravel (HRGG) and achieve high-precision prediction of the f ov , the following research was …

This study aims to explore the impact mechanism of the vibratory compaction deterioration
in high-speed railway graded gravel (HRGG) fillers, which can contribute to the control …

The study aims to address the issues of limited evaluation metrics and low visualization for
Machine Learning (ML) models in Cumulative Slope Deformation (CSD) prediction. Firstly, to …

The research gap on the deterioration characteristics of graded gravel fillers during vibratory
compaction has resulted in challenges in determining the optimal vibratory time for gravel …

This paper aims to propose a generalizable parameter calibration framework for discrete
element method (DEM) and to develop the refined dynamic compaction DEM (RDCD) model …

Although two-stage anaerobic digestion (TSAD) technology has been investigated, the
mechanisms regarding the impact of acidogenic off-gas (AOG) on successive methane …

Qualitative precipitation forecasting plays a vital role in marine operational services. However,
predicting heavy precipitation over the open ocean presents a significant challenge due to …

Redundant CO 2 produced during wet anaerobic digestion (AD) needs proper in-situ
minimization, in which the amino groups in polyethyleneimine (PEI) can react with CO 2 to form …

In-situ biogas upgrading by H 2 injection is a promising method for bio-natural gas production,
yet the effect of H 2 addition on antibiotic resistance genes during the in-situ biogas …

This paper deals with kinematic modeling and motion control of a novel antenna pedestal
based on parallel robotic mechanism. Its active joints are two sliders equipped with DC motors …