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Macros | |
#define | Beta 0.2 |
#define | Cin 0.02 |
#define | Delta 0.25 |
#define | E 11250.0 |
#define | k0 1E+06 |
#define | K1 250000.0 |
#define | L 1.0 |
#define | R 1.986 |
#define | Tin 340.0 |
#define | v 0.1 |
Functions | |
int | main () |
\ Normalised Normal Constraint method for jacketed plug flow reactor with conflicting conversion and energy cost \ J1 = Cin*(1.0-x1) Conversion cost \ J2 = pow((Tin*x2),2.0)/K1 Energy cost
Reference: F. Logist, P.M. Van Erdeghem, and J.F. Van Impe 2009. Efficient deterministic multiple objective optimal control of (bio)chemical processes. Chemical Engineering Science, 64, 2527-2538.
Definition in file plug_flow_reactor_nnc.cpp.
#define Beta 0.2 |
#define Cin 0.02 |
#define Delta 0.25 |
#define E 11250.0 |
#define k0 1E+06 |
#define K1 250000.0 |
#define L 1.0 |
#define R 1.986 |
#define Tin 340.0 |
#define v 0.1 |
int main | ( | void | ) |
Definition at line 48 of file plug_flow_reactor_nnc.cpp.