作者: Sujata Tarafdar , Suparna Sinha , Soma Nag , Tapati Dutta
DOI: 10.1103/PHYSREVE.80.026315
关键词: Viscous fingering 、 Constant force 、 Geometry 、 Distribution (mathematics) 、 Materials science 、 Concentric 、 Pattern selection 、 Fluid viscosity 、 Pattern formation
摘要: We report a computer simulation study of viscous fingering patterns in lifting Hele-Shaw cell with grooves. Here circular or square grooves concentric to the plates are etched on lower plate. Experiments show that presence such affect formation fingers quite strongly. simulated pressure map generated grooved cells, when two separated constant force and compare experiments. Variation for different fluid viscosity is also studied.