• Nuclei instance segmentation with dual contour-enhanced adversarial network 

      Zhang, Donghao; Song, Yang; Liu, Siqi; Feng, Dagan; Wang, Yue; Cai, Weidong
      Published 2018
      The morphology of cancer cells is widely used by pathologists to grade stages of cancers. Accurate cancer cell segmentation is significant to obtain quantitative diagnosis. We proposed a dual contour-enhanced adversarial ...
      Open Access
      Conference paper
    • Automated Multi-Stage Segmentation of White Blood Cells Via Optimizing Color Processing 

      Tareef, Afaf; Song, Yang; Feng, Dagan; Chen, Mei; Cai, Weidong
      Published 2017
      Segmentation of white blood cells (i.e. leukocytes) is a crucial step toward the development of haematological images analysis of peripheral blood smears due to the complex nature of the different types of white blood ...
      Open Access
      Conference paper
    • Entrainment and structure of negatively buoyant jets 

      Milton-Mcgurk, Liam; Williamson, Nicholas; Armfield, Steven; Kirkpatrick, Michael; Talluru, Krishna
      Published 2021
      Turbulent negatively buoyant jets occur when the buoyancy of a jet directly opposes its momentum, and will decelerate until its mean momentum is reduced to zero. Here, the flow reverses direction and, for an axisymmetric ...
      Open Access
      Article
    • Characterising entrainment in fountains and negatively buoyant jets 

      Milton-Mcgurk, Liam; Williamson, Nicholas; Armfield, Steven; Kirckpatrick, Michael
      Published 2022
      Turbulent fountain flow consists of two distinct stages, the initial ‘negatively buoyant jet’ (NBJ) stage, and the fully developed ‘fountain’ stage. The present study investigates both stages of the flow using particle ...
      Open Access
      Article
    • Effects of respiratory rate on the fluid mechanics of a reconstructed upper airway 

      Burchell, C; Kourmatzis, A; Zhao, Y; Raco, J; Mekonnen, T; Chan, H-K; Cheng, S
      Published 2022
      This study aims to utilise particle image velocimetry (PIV) techniques to investigate the time-dependant effects of respiratory rate in the extrathoracic airway, to show how they affect the flow field developed. There has ...
      Open Access
      Article