Partitioned Fluid-Structure Interaction Simulation of Maritime Applications

Jorrid Lund

doi:10.51202/9783186360182

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Bibliographic data

Copyright year: 2024
ISBN-Print: 978-3-18-336018-5
ISBN-Online: 978-3-18-636018-2
Publisher: VDI Verlag, Düsseldorf
Series: Mechanik/Bruchmechanik
Volume: 360
Language: German
Pages: 138
Product type: Book Titles

Titelei/Inhaltsverzeichnis No access Pages I - VIII
1. Motivation No access
2. Stateoftheart No access
3. Purposeandscopeofthisthesis No access
1. Balance equations No access
2. 1. Isotropic material modelling No access
  2. Anisotropic material modelling No access
3. Weakform No access
4. 1. Shape functions No access
  2. Discretization of the weakform No access
5. 1. Central difference method No access
  2. Newmark method No access
  3. Generalized alpha method No access
6. Solution of nonlinear equation systems No access
7. Post-processing No access
8. Static condensation No access
1. 1. Navier-Stokes equations No access
  2. Potential theory No access
2. 1. Spatial discretization No access
  2. Temporal discretization No access
  3. Velocity-pressure coupling No access
3. 1. General formulation No access
  2. Elementary solutions No access
  3. Spatial discretization No access
4. Propeller parameters No access
1. Partitioned solution approach No access
2. Extrapolation methods No access
3. 1. Nearest neighbor interpolation No access
  2. Barycentric interpolation No access
  3. Inverse distance weighting No access
  4. Mesh-based interpolation No access
4. Convergence criteria No access
5. 1. Static relaxation No access
  2. Aitken method No access
  3. Quasi-Newton methods No access
6. Coupling framework comana No access
1. Introduction No access
2. Conceptual design No access
3. Simulation setup No access
4. Simulation results No access
1. Conceptual design and experimental measurements No access
2. Simulation setup No access
3. Simulation results No access
1. Experimental setup No access
2. Simulation setup No access
3. Simulation results No access
1. 1. Simulation setup No access
  2. Numerical errors due to rotational movement No access
  3. Stiffness variation No access
  4. Comparison of convergence acceleration methods No access
2. 1. Optimization methods No access
  2. Automatic framework No access
  3. Anisotropic material No access
  4. Parameter study of anisotropic material No access
  5. Ship propeller optimization No access
1. 1. Ship propeller–simulation results No access
Bibliography No access Pages 124 - 138