W. Gleissle

发表

The “Twin capillary” a simple device to separate shear- and slip-flow of fluids

E. Windhab, W. Gleissle, 1985 .

Validity of the Cox–Merz rule for concentrated suspensions

W. Gleissle, B. Hochstein, 2003 .

The normal stress behaviour of suspensions with viscoelastic matrix fluids

G. McKinley, H. Buggisch, S. Mall-Gleissle, 2002 .

The characterization of the steady‐state shear and normal stress functions of highly concentrated suspensions formulated with viscoelastic liquids

W. Gleissle, N. Ohl, 1993 .

Measurement of transient and steady-state shear and normal stresses in filled polymers

W. Gleissle, D. Mukherjee, 1988 .

The second normal stress difference for pure and highly filled viscoelastic fluids

W. Gleissle, N. Ohl, 1992 .

On the relaxation of shear and normal stresses of viscoelastic fluids following constant shear rate experiments

W. Gleissle, N. Ohl, 1990 .

The existence of static yield stresses in suspensions containing noncolloidal particles

D. M. Husband, W. Gleissle, N. Aksel, 1993 .

EXPERIMENTAL IMPRECISION IN DETERMINING THE EXTENSIONAL VISCOSITY OF HIGH MOLECULAR WEIGHT POLYISOBUTYLENE SUSPENSIONS

N. Aksel, W. Gleissle, D. Husband, 1992 .

Two Simple Time-Shear Rate Relations Combining Viscosity and First Normal Stress Coefficient in the Linear and Non-Linear Flow Range

W. Gleissle, 1980 .