Viscoelasticity in shearing and accelerative flows - A simplified integral theory
Viscoelasticity in shearing and accelerative flows by integral theory, discussing stress distribution and pressure drop
Engineering topics
Publications and source records attributed to Bogue, D. C..
Viscoelasticity in shearing and accelerative flows by integral theory, discussing stress distribution and pressure drop
Polymeric materials flow at tube entrance, discussing pressure drop and flow birefringent patterns at tapered and sharp entrances
Stress-strain equations for viscoelastic materials with emphasis on two dimensional flows
Pressure drops at entrance of capillary tube correlated with normal stress data for viscoelastic polymer solutions
Stress-birefringent patterns of viscoelastic fluid flowing into sharp edged channel entrance, discussing shear stresses
Viscoelastic theories evaluated for ability to correlate linear dynamic data with nonlinear viscosity and normal stress data
Stress in viscoelastic polystyrene in Aroclor flowing in straight, converging and diverging channels