plug_flow_reactor2_nbi.cpp File Reference

#include "acado_optimal_control.hpp"
#include <acado_gnuplot.hpp>

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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	K3   30.0
#define	L   1.0
#define	R   1.986
#define	Tin   340.0
#define	v   0.1

Functions
int	main ()

Detailed Description

Author

Filip Logist, Boris Houska, Hans Joachim Ferreau

Date

2009

\ Normalized normal constraint for jacketed plug flow reactor with conflicting conversion and energy cost \ J1 = Cin*(1.0-x1) Conversion cost \ J2 = 1.0/K3 * int_0^L(Beta/L*(u-x2))dz Energy cost

Reference: F. Logist, P.M.M. Van Erdeghem, I.Y. Smets, and J.F. Van Impe 2009. Optimal design of dispersive tubular reactors at steady-state using optimal control theory Journal of Process Control, 19, 1191-1198.

Definition in file plug_flow_reactor2_nbi.cpp.

Macro Definition Documentation

Beta

#define Beta   0.2

Cin

#define Cin   0.02

Delta

#define Delta   0.25

E

#define E   11250.0

k0

#define k0   1E+06

K3

#define K3   30.0

L

#define L   1.0

R

#define R   1.986

Tin

#define Tin   340.0

v

#define v   0.1

Function Documentation

main()

int main

(

void

)

Definition at line 48 of file plug_flow_reactor2_nbi.cpp.