WOLFRAM SYSTEM MODELER

MixingUnitWithContinuousControl

Diagram

Wolfram Language

In[1]:=
SystemModel["Modelica_Synchronous.Examples.Systems.Utilities.ComponentsMixingUnit.MixingUnitWithContinuousControl"]
Out[1]:=

Parameters (24)

freq

Value: 1 / 300

Type: Frequency

Description: Critical frequency of filter

c0

Value: 0.848

Type: Real (mol/l)

Description: Nominal concentration

T0

Value: 308.5

Type: Temperature

Description: Nominal temperature

a1_inv

Value: 0.2674

Type: Real

a21_inv

Value: 1.815

Type: Real

a22_inv

Value: 0.4682

Type: Real

b_inv

Value: 1.5476

Type: Real

k0_inv

Value: 1.05e14

Type: Real

eps

Value: 34.2894

Type: Real

x10

Value: 0.42

Type: Real

x10_inv

Value: 0.6

Type: Real

x20

Value: 0.01

Type: Real

u0

Value: -0.0224

Type: Real

c_start

Value: c0 * (1 - x10)

Type: Real (mol/l)

c_inv_start

Value: c0 * (1 - x10_inv)

Type: Real (mol/l)

T_start

Value: T0 * (1 + x20)

Type: Temperature

c_high_start

Value: c0 * (1 - 0.72)

Type: Real (mol/l)

T_c_start

Value: T0 * (1 + u0)

Type: Real

pro

Value: 1.1

Type: Real

Description: Deviations of plant to inverse plant parameters

a1

Value: a1_inv * pro

Type: Real

a21

Value: a21_inv * pro

Type: Real

a22

Value: a22_inv * pro

Type: Real

b

Value: b_inv * pro

Type: Real

k0

Value: k0_inv * pro

Type: Real

Components (8)

invMixingUnit

Type: MixingUnit

Description: Mixing unit demo from Foellinger, Nichtlineare Regelungen II, p. 280

add

Type: Add

Description: Output the sum of the two inputs

inverseBlockConstraints

Type: InverseBlockConstraints

Description: Construct inverse model by requiring that two inputs and two outputs are identical

filter

Type: CriticalDamping

Description: Output the input signal filtered with an n-th order filter with critical damping

mixingUnit

Type: MixingUnit

Description: Mixing unit demo from Foellinger, Nichtlineare Regelungen II, p. 280

feedback

Type: Feedback

Description: Output difference between commanded and feedback input

step

Type: Step

Description: Generate step signal of type Real

gain

Type: Gain

Description: Output the product of a gain value with the input signal