In the microstructure characterization of metallic materials, the intercept method is one of the
most widely accepted approaches to determine average grain size due to its simplicity …

Grain size is one of the most important parameters for metallographic microstructure
analysis, which can partly determine the material performance. The measurement of grain …

The vial, a bottle known to store the drug, should be controlled to meet the requirements of
the standard dimension. Due to problems with a visual inspection, there is a need to develop …

The size, shape and distribution of microstructures (second phase particles, grains) play an
important role in the mechanical properties of alloy products. So, it is important to detect …

This study focuses on characterizing grain size and distribution in vanadium dioxide (VO 2)
thin films using Atomic Force Microscope (AFM) images. Traditional segmentation methods …

Segmentation of microscopy images is an essential step in most experimental studies of
process–structure–property relationships in advanced materials. Currently employed …

Fusing prior knowledge with data-driven deep learning for measurement is interesting and
challenging. For the detection of metallographic precipitations, the measurements of size …

In recent work, our research group has developed and demonstrated novel multi-resolution
protocols capable of extracting indentation stress-strain (ISS) curves from tests on individual …

Grain boundaries play an important role in governing the mechanical and physical
properties of polycrystalline materials. Therefore, quantitative analysis of grain structure is …

Recent investigations have highlighted the multi-resolution and high throughput
characteristics of the spherical indentation experimental and analysis protocols. In the …