An Experimental and Computational Investigation of Rheological Effects in Blade CoatingUniversity of California, San Diego, Department of Applied Mechanics/Engineering Sciences, 1986 - Blades - 474 pages |
Contents
List of Figures vii | 5 |
List of Tables XV | 12 |
Vita and Publications xvii | 12 |
6 other sections not shown
Common terms and phrases
50 mils behavior blade angle blade coating process blade displacement blade geometries blade height blade length blade loading blade width Boger fluid boundary conditions BRARY CALIFORNIA Carreau model fluids CMC solution coating thickness constitutive equations curvature curve fit defined in table deformation DIEGO ERSITY DIEGO SAN dimensionless downstream effect of blade Experimental data finite element analysis Finite element mesh Finite Element Method finite element simulations flow field free surface function of blade governing equations height H inertia large blade largest blade LIBRARY DIEGO lubrication theory predictions Newtonian and Carreau Newtonian fluid Newtonian liquids nodes normal stress ORNIA parameter power-law lubrication theory predictions for coating purely viscous rheological roll speed SAN DIEGO RSITY SAN DIEGO UNIVERSITY shear rate shear thinning SITY smallest blade Solid lines tion UNIV upstream velocity viscoelastic viscoelastic liquids viscosity αξ Δ Δ Δ θη ди дина дт მს