River bank erosion is one of the major and unpredictable hazards worldwide including in
Malaysia. Soil detachment at river banks is due to two processes: 1) hydraulic erosion …

Predicting sediment transport in a river system is necessary when attempting to monitor river
changes due to incoming particle deposition from upstream reaches. Previous studies have …

Data on grain sizes of pebbles in gravel-bed rivers are of key importance for the
understanding of river systems. To gather these data efficiently, low-cost UAV (uncrewed …

Due to the problem of complex aggregate stacking and adhesion, current construction site
aggregate grade detection relies on traditional screening methods and single digital image …

Most grain size monitoring is still being conducted by manual sampling in the field, which is
time consuming and has low spatial representation. Due to new remote sensing methods …

The quantification of the bed grain size distribution (GSD) of river surfaces is primarily
conducted through manual approaches in the field. These methods are time consuming and …

The size distribution of manufactured sand particles has a significant influence on the quality
of concrete. To overcome the shortcomings of the traditional vibration-sieving method, a …

The size of sedimentary particles in rivers bears information on the sediment entrainment or
deposition mechanisms and the hydraulic conditions controlling them. However, collecting …

The vibration-screening method (VSM) is used to measure particle-size distributions (PSDs)
based on particle-penetration rate, but VSM is unable to measure the particle shapes (PSs) …

Measuring the grain size distribution (GSD) of unconsolidated particles is critical to
understanding coastal spreading, riverbed dynamics, and sediment transport. The current …