Abstract: This study presents numerical simulations of forced convection heat transfer with parachuteshaped segmented flow. The particles are encapsulated phasechange material flowing with water through a square crosssection duct ...

Abstract: This paper presents an analysis of forced convection flow and heat transfer in triangular ducts containing a porous medium. The porous medium is isotropic and the flow is laminar, fully developed with constant properties. ...

Abstract: In this study, the performance of a heat sink embedded with a porous medium and nanofluids as coolants is analyzed experimentally. The nanofluid is a mixture of de-ionized water and nanoscale Al2O3 particles with three ...

Abstract: This study is a collaborative effort among lactation specialists and fluid dynamic engineers. The paper presents clinical results for suckling pressure pattern in lactating human breast as well as a 3D computational fluid ...

Abstract: This study presents a 3-D Fluid-Structure Interaction (FSI) simulation of breastfeeding mechanism to provide a better understanding of the milk flow behavior in the ductal system of the human breast as the breast interacts ...

Abstract: Breastfeeding involves a complex coordination of swallowing, breathing, and sucking, with the infant's sucking proficiency being crucial for adequate nutrient intake. However, real-time assessment of milk intake is difficult, ...

Abstract: This work studies a model for milk transport through lactating human breast ducts and describes mathematically the mass transfer from alveolar sacs through the mammary ducts to the nipple. In this model, both the phenomena ...