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Model reduction and control of reactor-heat exchanger networks
Michael Baldea,
Prodromos Daoutidis
Chemical Engineering and Materials Science
Research output
:
Contribution to journal
›
Article
›
peer-review
26
Scopus citations
Overview
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Dive into the research topics of 'Model reduction and control of reactor-heat exchanger networks'. Together they form a unique fingerprint.
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Keyphrases
Model-based Control
100%
Model Reduction
100%
Reactor
100%
Heat Exchanger Network
100%
Order Reduction
50%
Energy Balance
50%
System Dynamics
50%
Process Networks
50%
Dynamic Behavior
50%
Time-scale Separation
50%
Slow Dynamics
50%
Numerical Simulation Results
50%
Slow Time
50%
Two-time Scale
50%
Theoretical Development
50%
Fast Dynamics
50%
Material Recycle
50%
Recycle Stream
50%
Perturbation Argument
50%
Control System Design
50%
Example Simulation
50%
Stiffness Model
50%
Singular Perturbation
50%
Rational Control
50%
Energy Carrier
50%
Material Balance
50%
External Heat Exchanger
50%
Engineering
Systems Dynamics
100%
Dynamic Behavior
100%
Simulation Result
100%
Exchanger
100%
Slow Time Scale
100%
Control System Design
100%
Model Reduction
100%
Energy Carrier
100%
Heat Exchanger Network
100%
Material Balance Equation
100%
Mathematics
Timescale
100%
Exchanger
100%
Singular Perturbations
33%
Balance Equation
33%
Control System
33%
Chemical Engineering
Energy Balance
100%