Partitioned solution strategies for electro-thermo-mechanical problems applied to the field-assisted sintering technology

Patrick Erbts

doi:10.51202/9783186345189

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Bibliographic data

Copyright year: 2016
ISBN-Print: 978-3-18-334518-2
ISBN-Online: 978-3-18-634518-9
Publisher: VDI Verlag, Düsseldorf
Series: Mechanik/Bruchmechanik
Volume: 345
Language: German
Pages: 204
Product type: Book Titles

Titelei/Inhaltsverzeichnis Partial access Pages I - XVI Download chapter (PDF)
1. 1. Multi-physical simulation of FAST No access
  2. Solution of coupled problems No access
2. Purpose and scope of the thesis No access
3. Outline of the thesis No access
1. 1. Kinematics No access
  2. Force, stress and balance equations No access
  3. Constitutive relations and material models No access
2. 1. Mechanical field No access
  2. Thermal field: the heat equation No access
  3. Electric field: the charge equation No access
  4. Summary of the coupled initial boundary value problem No access
3. 1. Basics of thermal radiation No access
  2. Radiation in vacuum No access
  3. Radiation in participating media No access
  4. Coupling to other fields No access
1. 1. Mechanical field No access
  2. Thermal field No access
  3. Electric field No access
2. 1. Spatial discretization with the isoparametric concept No access
  2. Discretization of the weak forms No access
  3. High-order finite elements No access
  4. Numerical integration No access
  5. Solution of the discrete problem No access
3. 1. Basic concepts and finite volume method No access
  2. Buoyancy-driven flow No access
  3. Solution algorithm No access
4. 1. View factor radiation No access
  2. Method of Spherical Harmonics No access
  3. Finite Volume Discrete Ordinate Method No access
  4. Benchmark analysis for participating media No access
  5. Remark on numerical radiative heat transfer in a coupled multi-field analysis No access
1. 1. Monolithic formulation No access
  2. Partitioned formulation No access
2. 1. Vector prediction No access
  2. Vector sequence interpretation No access
  3. Aitken and related relaxation methods No access
  4. Vector sequence acceleration methods No access
  5. Newton and quasi-Newton methods No access
  6. Convergence and performance study No access
3. 1. Interpolation concepts No access
  2. Dynamic mesh update No access
4. 1. Temporal discretization No access
  2. Parallel simulation No access
5. 1. Implementation No access
  2. Volume-coupled problem: nonlinear thermoelasticity No access
  3. Coupled thermal-radiation analysis No access
  4. Three or more coupled fields No access
1. 1. Model problem: bimetallic beam No access
  2. Partitioned coupling strategy No access
  3. Results No access
2. 1. Model problem: bimetallic beam coupled with radiation field No access
  2. Partitioned coupling strategy No access
  3. Results No access
3. 1. Temperature evolution No access
  2. Consolidation of copper powder No access
Conclusions and outlook No access Pages 171 - 173
1. View factor radiation No access
2. 1. Wynn’s ε-algorithm No access
  2. Brezinski’s θ-algorithm No access
  3. W-algorithm No access
3. Barycentric coordinates No access
4. Constitutive model for copper powder No access
5. Unit system No access
Bibliography No access Pages 186 - 204