Merk's series solution to the momentum equation for steady
two-dimensional or axisymmetrical constant-property laminar
boundary layer flow was examined. Solutions were obtained to the
differential equations associated with the second term in the series.
Calculations using this series were made, and it was found to be unsatisfactory
because the second...
The first part of this work presents an executive system for
steady state process systems analysis. The executive is developed
to promote maximum flexibility, generality and a high degree of
man-machine interaction by allowing the user to write a Fortran
main calling program which permits special logic and control to...
A steady-state computer simulation was developed for the
Chemico Urea Process which is owned and operated by Reichhold
Chemicals, Inc., St. Helens, Oregon. The DISCOSSA executive system
was used to process information input and output and to automatically
converge the complex recycle calculations in this process.
The models developed in...
The asymptotic convergence acceleration method used in steady
state process simulation is examined in detail, and a criterion is
developed to decide when it should be applied. The criterion is related
to the rate of convergence of each variable and does not require any
prejudgment of its tolerance level by...
An advanced laboratory interfacing capability was developed
for the Real-Time Digital Computer Laboratory in the Chemical
Engineering Department. A stationary interfacing unit located
beside the computer mainframe and two small remote units were
designed, developed and thoroughly tested. These interfacing
units permit experiments with a wide variety of analog and...
A generalized modeling system was developed for digital computer
simulation of the pharmacodynamic response of selected chemicals
introduced into mammalian systems. The modeling system is based on
the compartmental approach used extensively in pharmacodynamic studies
in which the mammal is assumed to be subdivided into compartments
which interact by means...