| Title: |
The application of a non-Newtonian rheological equation
to low-density polyethylene
|
| Author: | |
| Document Type: |
Thesis
|
| Department: |
Department of Chemical Engineering and Chemistry
|
| Degree: |
Master of Science
|
| Major: |
Chemical Engineering
|
| Advisory Committee: |
Huang, Ching-Rong
McCormick, John E.
Salamone, Jerome J.
|
| Thesis Date: |
1970
|
| Keywords: |
Polyethylene
Rheology
Non-Newtonian Fluids
|
| Availability: |
Unrestricted
|
| Abstract: |
A generalized non-Newtonian equation describing the rheology of molten thermoplastics is verified for low-density polyethylenes. The equation is extended to account for both rheological temperature dependency and polyethylene molecular weight dependency. The prediction of the rheology of new polyethylenes without additional experimentation is thus possible. |
| Complete Thesis: |
njit-etd1970-001
(63 pages ~ 12,754 KB pdf)
|
| Download by Chapters: |
Front
Matter (Title Page, Abstract, Table
of Contents, etc. ~ 8 pages ~ 270 KB pdf)
Chapter
1: Introduction (8 pages ~ 1,451KB
pdf)
Chapter
2:Presentation Of the equation (2 pages
~ 146KB pdf)
Chapter
3:Experimentation (6 pages ~ 369KB
pdf)
Chapter
4:Results and Discussion of Results (18
pages ~ 5,484KB pdf)
Appendix
A:Original Data (literature) (7 pages
~ 2,387KB pdf)
Appendix
B:Sample Calculation (11 pages ~ 2,700KB
pdf)
Bibliography
(2 pages ~ 208KB pdf)
|
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