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Axial Flow Compressor Model

Model of an axial flow compressor

Details

Symbolic systems model suitable for analysis, control design, simulation, and deployment.

Examples

Basic Examples (2) 

Retrieve the model:

In[1]:=
ResourceData[\!\(\* TagBox["\"\<Axial Flow Compressor Model\>\"", #& , BoxID -> "ResourceTag-Axial Flow Compressor Model-Input", AutoDelete->True]\)]
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The annotation:

In[2]:=
ResourceData[\!\(\* TagBox["\"\<Axial Flow Compressor Model\>\"", #& , BoxID -> "ResourceTag-Axial Flow Compressor Model-Input", AutoDelete->True]\), "Annotation"]
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Scope & Additional Elements (4) 

Available content elements:

In[3]:=
\!\(\* TagBox[ RowBox[{"ResourceObject", "[", "\"\<Axial Flow Compressor Model\>\"", "]"}], #& , BoxID -> "ResourceTag-Axial Flow Compressor Model-Input", AutoDelete->True]\)["ContentElements"]
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The available model types:

In[4]:=
ResourceData[\!\(\* TagBox["\"\<Axial Flow Compressor Model\>\"", #& , BoxID -> "ResourceTag-Axial Flow Compressor Model-Input", AutoDelete->True]\), "AvailableModelTypes"]
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The operating point:

In[5]:=
ResourceData[\!\(\* TagBox["\"\<Axial Flow Compressor Model\>\"", #& , BoxID -> "ResourceTag-Axial Flow Compressor Model-Input", AutoDelete->True]\), "OperatingPoint"]
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The parameters:

In[6]:=
ResourceData[\!\(\* TagBox["\"\<Axial Flow Compressor Model\>\"", #& , BoxID -> "ResourceTag-Axial Flow Compressor Model-Input", AutoDelete->True]\), "Parameters"]
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Visualizations (2) 

The numerical model:

In[7]:=
afc = ResourceData[\!\(\* TagBox["\"\<Axial Flow Compressor Model\>\"", #& , BoxID -> "ResourceTag-Axial Flow Compressor Model-Input", AutoDelete->True]\), "NumericAffineStateSpaceModel"]
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Simulations show the presence of surge-like oscillations:
In[8]:=
ParametricPlot[ Evaluate[StateResponse[afc, 0, {t, 0, 200}]], {t, 50, 200}, ColorFunction -> (ColorData["LakeColors"][#3] &), Frame -> True, Axes -> False, FrameLabel -> {mc, \[CapitalDelta]p}]
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Analysis (3) 

In[9]:=
afc = ResourceData[\!\(\* TagBox["\"\<Axial Flow Compressor Model\>\"", #& , BoxID -> "ResourceTag-Axial Flow Compressor Model-Input", AutoDelete->True]\), "NumericAffineStateSpaceModel"]
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In[10]:=
\[ScriptCapitalF] = FeedbackLinearize[afc]
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Design a controller to suppress the oscillations:
In[11]:=
StateFeedbackGains[\[ScriptCapitalF]["LinearSystem"], {-2 + I, -2 - I}]
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The closed-loop system:
In[12]:=
csys = \[ScriptCapitalF][{"ClosedLoopSystem", %}] // Simplify
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Simulations show that the oscillations have been suppressed:
In[13]:=
StateResponse[{csys, RandomReal[{0, 1}, 2]}, 0, {t, 0, 10}]; Plot[%, {t, 0, 3}, PlotRange -> All]
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Suba Thomas, "Axial Flow Compressor Model" from the Wolfram Data Repository (2025)  

Data Resource History

  • Date Created:

Source Metadata

  • Citation:
    • Der-Cherng Liaw, S. M. Ren and Shih-Tse Chang, "A feedback linearization design for compressor's surge control", 2008 IEEE International Conference on Industrial Technology, Chengdu, China, 2008.

Publisher Information

  • Prepared for the Wolfram Data Repository By: Maher Kuzbari, Suba Thomas
  • Publisher of Record: Suba Thomas