2 papers
cond-mat.soft2026
Numerical analysis of capillarity-driven thinning rheometry for polydisperse polymer solutions
Isaac Pincus, Vincenzo Calabrese, Simon J. Haward +1
Liquid bridges of polymer solutions that are self-thinning due to the action of capillarity undergo a transition from Newtonian-like linear thinning to exponential elastocapillary…
cond-mat.soft2026
Pore-shape and its spatial organization control intrinsic permeability of porous media
Wenqiao Jiao, Isaac Pincus, Chiara Recalcati +2
The structure of a porous material, and in particular its spatial variability, is known to control the intrinsic permeability of the system. We investigate how dead-end pores influ…