Reactor network synthesis with guaranteed robust performance

Xiao Zhao

doi:10.51202/9783186952035

Keywords

Search publication

Bibliographic data

Copyright year: 2017
ISBN-Print: 978-3-18-395203-8
ISBN-Online: 978-3-18-695203-5
Publisher: VDI Verlag, Düsseldorf
Series: Verfahrenstechnik
Volume: 952
Language: German
Pages: 176
Product type: Book Titles

Titelei/Inhaltsverzeichnis Partial access Pages I - XIV Download chapter (PDF)
1. 1. Motivation No access
  2. Task No access
  3. Methods No access
2. 1. Tasks No access
  2. Methods No access
3. 1. Motivation No access
  2. Methods No access
4. 1. Overview No access
  2. New features of this work No access
1. Dynamic systems No access
2. Eigenvalue and spectral abscissa functions No access
3. Lyapunov stability No access
4. Dynamic response No access
5. Extension to differential-algebraic systems No access
1. 1. A structured representation of reactor network models No access
  2. Models of Subsystem 1 to N No access
  3. Models of subsystems N + 1 and N +2 No access
  4. Modeling flow connections No access
  5. A dynamicmodel of the network No access
  6. Idle reactors in open-loop reactor networks No access
2. 1. Eigenvalue constraint for open-loop reactor network synthesis No access
  2. Continuity analysis of the proposed eigenvalue constraint No access
  3. A direct problemformulation No access
  4. Problemreformulation No access
3. Summary No access
1. 1. A closed-loop reactor networkmodel No access
  2. Complementarity constraints for control structure selection No access
  3. Idle reactors and controllers No access
  4. Structural constraints No access
  5. Structural properties of the closed-loop model No access
2. 1. Eigenvalue constraint for simultaneous reactor network and control systemsynthesis No access
  2. Problemformulation No access
3. Summary No access
1. 1. Mixed-integer nonlinear program No access
  2. General concepts to solveMINLP No access
  3. Solutionmethods for convexMINLP No access
  4. Solution methods for non-convex MINLP No access
  5. Generalized disjunctive programming No access
2. 1. MPCC versus NLP No access
  2. Solutionmethods forMPCC No access
  3. Relationship toMINLP No access
3. 1. Local solutionmethods for SIP No access
  2. Global solutionmethods for SIP No access
  3. A robust design method: Normal vector approach No access
4. 1. Relation to semi-definite programming No access
  2. Solution methods for EVO: Non-smooth optimization No access
  3. Solution methods for EVO: Smoothing techniques No access
5. Challenges of solving the derived reactor network synthesis problem No access
6. 1. Step 1: Mixed-integer problem without uncertainty No access
  2. Step 2: Robust optimization problem No access
7. Implementation No access
1. 1. Problemsetting No access
  2. Design results No access
2. 1. Closed-loop reactor networkmodeling No access
  2. Problemsetting No access
  3. Results and discussion No access
  4. Comparison with established sequential design No access
3. Computational experience No access
1. Contributions and summary of this work No access
2. 1. Extensions regarding to the guaranteed robust dynamic properties No access
  2. Extensions regarding optimization methods No access
  3. Extension to control structure selection for linear system No access
  4. Other possible extensions and improvements No access
1. Extension of the reactor network model to PFR No access
2. Proof of Proposition 3.2.1 No access
3. Proof of Proposition 3.2.2 No access
4. Parametric optimization problems No access
5. Proof of Theorem 5.3.10 No access
Bibliography No access Pages 158 - 176