# Browse Dept. of Chemical and Biomolecular Engineering by Title

• (1965)

application/pdf

PDF (2MB)
• (2010-08-20)
We present in this work a fast nonlinear method which approximately solves an integro-partial differential equation that describes the dominant elastohydrodynamic lubrication interaction between two elastic spheres in a ...

application/pdf

PDF (2MB)
• (2001)
Implementing an effective process monitoring algorithm is essential in minimizing downtime, increasing the safety of plant operations, and reducing manufacturing costs. Data-driven techniques based on multivariate statistics ...

application/pdf

PDF (11MB)
• (1969)

application/pdf

PDF (6MB)
• (1961)

application/pdf

PDF (3MB)
• (1958)

application/pdf

PDF (5MB)
• (1969)

application/pdf

PDF (7MB)
• (1968)

application/pdf

PDF (4MB)
• (1981)
In order to determine the mechanism by which metal reforms a protective oxide layer after removal though erosion or other mechanical means, experiments were performed in a specially designed flow cell. Particle impaction ...

application/pdf

PDF (6MB)
• (1987)
A numerical and experimental analysis of the melt flow history of poly(vinylidene fluoride), PvF$\sb2$, in an extensional flow, film-processing geometry as well as morphological characterization and property measurements ...

application/pdf

PDF (6MB)
• (1984)
This study deals mainly with investigating the growth sequence of a polyethylene fiber in the Poiseuille flow geometry. Features of an earlier study using the surface growth method to produce polyethylene fibers in Couette ...

application/pdf

PDF (5MB)
• (1969)

application/pdf

PDF (6MB)
• (1976)

application/pdf

PDF (10MB)
• (1966)

application/pdf

PDF (9MB)
• (1994)
The flow properties of a colloidal suspension are influenced by attractive interactions. In this work we study the mechanical behavior of a weakly flocculated colloidal gel. A model system consisting of silica spheres ...

application/pdf

PDF (9MB)
• (1972)

application/pdf

PDF (6MB)
• (1970)

application/pdf

PDF (9MB)
• (2014-05-30)
Synthetic and biological polymeric materials are ubiquitous in nature and modern technology. The emergent properties afforded by these materials allows for wide a array of applications as found in adhesives, coatings, and ...

application/pdf

PDF (8MB)
• (1984)
The kinetics and mechanism of formaldehyde combustion on nickel oxide at 493 degrees Kelvin were investigated. Formaldehyde was chosen because it has the attributes of a good modeling fuel--it reacts through a series of ...

application/pdf

PDF (3MB)
• (2013-05-24)
Molecular gels are associated with the formation of space spanning structures produced by aggregation of low molecular weight molecules that associate through hydrogen bonding, π-stacking, acid base or van der Waals ...

application/pdf

PDF (5MB)