Rheology of Dissemination.
Abstract
The breakup of a cylindrical jet of BKZ fluid perturbed sinusoidally is modeled in one dimension. Surfaced tension, nonlinear viscoelastic forces and both radial and axial acceleration are taken into account. The model leads to an intgro-differential equation. A FORTRAN program is developed to solve this equation using a predictor corrector method. Various subroutines are given to evaluate necessary derivatives with finite differences and to solve a pentadiagonal matrix which arises. The techniques and routines developed are useful for solving a variety of similar problems. Keywords: Drop formation; Filament breakup; Finite differences; Liquid jets; Numerical techniques; Rheology; Satellite drops; Surface tention.
Document Details
- Document Type
- Technical Report
- Publication Date
- Oct 01, 1986
- Accession Number
- ADA174998
Entities
People
- E. A. Kearsley