The evolution of local plastic deformation in a dual-phase (DP) steel has been studied using Digital Image Correlation DICC) and in-situ tensile testing inside a scanning electron microscope.
The multiband digital filter results were studied using a digital oscilloscope to characterize input and output signals in the presence of differing sinusoidal interference signals and white noise.
Diurnal and seasonal variations of critical frequency of ionospheric F2-region 'foF2' and the height of peak density 'hmF2' are studied using modern digital ionosonde observations of equatorial ionization anomaly (EIA) crest region, Bhopal (23.2°N, 77.6°E, dip 18.5°N), during solar minimum period 2007.
The microradiographs were studied using a digital image-analyzing system (CCD video camera modul XC77E; Sony, Tokyo, Japan) interfaced with a microscope (Axioplan; Zeiss, Oberkochen, Germany) and a personal computer (ASUS P4P800X; ASUS, Taipei, Republic of China in Taiwan).
The 3D full-field deformation of a carbon fiber/epoxy composite pressure vessel are studied using a 3D digital speckle correlation method.
The near-field spray characteristics of a single-hole diesel injector were studied using an ultra-high speed CCD digital video camera with the speed of up to 1 M fps.
The breakdown behavior was studied using cyclic potentiodynamic polarization while SEM and digital confocal microscopy were employed to explore the micro morphology and depth distribution of pits.
The effect of buoyant forces on the motion of a large object immersed in a bubbling fluidized bed (BFB) was experimentally studied using digital image analysis.
A tracking study using digital tags that was carried out in 2010, suggested that the animals worked together - corralling their prey into a "ball of squid".
The surface strain evolution in accumulative roll bonded aluminum alloys was studied in situ using digital image correlation.
In this study Matrix densification has been studied qualitatively through petro graphical examination using digital optical microscopy.
