Materials and Energy Balances was developed by Ray E. Desroisiers, of the Chemical Engineering
Department of Texas Tech University, for several courses in chemical processing.
This tutorial:
-
Explains
what a degree-of-freedom (DF) analysis is and how to apply
the technique to chemical process flowsheets.
-
Teaches
you how to use the results of a DF analysis to simplify
the task of solving the material and energy balances for
a flowsheet.
-
Illustrates
how to efficiently organize the computation of material
and energy balances in the context of a Mathcad document.
Throughout
this Electronic Book the focus is on those issues which arise
in the analysis of steady-state process flowsheets. Only material
that is directly relevant to this issue is discussed.
The strong
emphasis placed on the degree-of-freedom (DF) analysis is
justified by the result: students are able to attack complex
flowsheets without having to resort exclusively to intuition.
The logic of the DF analysis enables students to plan their
work and avoid investing hours of computation on a strategy
doomed to failure.
This
new medium of instruction is effective because it combines
a powerful computational tool with the subject being presented.
The stultifying tedium of solving simultaneous and/or nonlinear
equations is eliminated. Students can focus on formulating
valid sets of equations.
Table of Contents |
Sample File
Download EstimateFile size: 2.48 MB
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and 32 seconds. [ADSL/Cable 640Kb]
and 21 seconds. [T-1]