Prediction of polystyrene melt tensile behavior.
Polystyrene melt tensile viscosity prediction from shearing viscosities, using rheological network rupture theory
Ballman, R. L.↗
Engineering topics
Tanner, R. I.
Publications and source records attributed to Tanner, R. I..
Network rupture and the flow of concentrated polymer solutions.
Network rupture hypothesis and molecular structure considerations used in obtaining constitutive equations for flow of polymer melts and solutions
Tanner, R. I.↗
Normal-stress effects in drag-reducing fluids.
Normal stress effects in viscoelastic fluid theories applied to one dimensional Burgers model of weak turbulence predicting drag reduction
Tanner, R. I.↗
Drag reduction in a model of shear-flow turbulence.
Turbulent shear flow model for studying drag reduction in Burgers type system with nonlinearity
Tanner, R. I.↗
Network rupture and the flow of concentrated polymer solutions.
Network rupture hypothesis and molecular structure considerations used in obtaining constitutive equations for flow of polymer melts and solutions
Tanner, R. I.↗
Comparative studies of some simple viscoelastic theories
Comparative studies of some simple viscoelastic theories
Tanner, R. I.↗
Annular flows for measuring the second normal stress difference.
Second normal stress difference measurement by annular flows, giving approximate method for experimental data inversion
Tanner, R. I.↗
Measurements of the second normal stress difference in polymer solutions
Measurement of second normal stress difference in polymer solutions based on flow in annulus
STRESS MEASUREMENT↗