It is well known that most particle technology studies attempting to predict secondary
properties based on primary properties such as size and shape begin with particle …

As with new technologies, plant nutrition has taken a big step forward in the last two
decades. The main objective of this review is to briefly summarise the main pathways in …

In order to accurately determine the three-dimensional (3D) shape of granular particles, one
laborious approach is to employ X-ray microtomography and image processing techniques …

Engineering applications including pervious concrete require effective packing of
aggregates to optimize strength. Size and shape distribution of aggregates significantly …

Two-dimensional (2D) dynamic image analysis (DIA) is gaining acceptance in geotechnical
engineering research. Three-dimensional (3D) DIA extracts features from 8–12 projections …

The morphology of granular materials, such as sands, is of significant importance due to the
effect of grain shape on their physical, mechanical, and hydraulic behavior. As technology …

In order to achieve quality control of nickel-based superalloy powders, it is necessary to
quantitatively characterize the particle shape. This paper introduces how the image …

Particle size and morphology analysis is a problem common to a wide range of applications,
including additive manufacturing, geological and agricultural materials' characterisation …

Many experimental and numerical studies have been conducted to explain chloride ion
penetration in concrete including aggregates, ITZ and mortar. To my best knowledge, there …

The characterisation and classification of particle form are typically based on the
consideration of the main particle dimensions, for the derivation of which no method has …