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Implementation of a General Algorithm for Incompressible and Compressible Flows within the Multi-Physics code KRATOS and Preparation of Fluid-Structure Coupling

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Research Report
Authors: M. May, R. Rossi, E. Oñate
Editorial: CIMNE
Year of publication: 2008
Pages: 85
Index: Introduction; KRATOS-Multi-Physics FEM Environment; Fluid Solver-Implementation and Validation; Preparation of fluid-structure coupling; Conclusion; A.Python script for ALE simulation run; C++source code to compute edge data; Kratos Arts; References
SKU: PI327 Category: Tags: , ,
Research Report
Authors: M. May, R. Rossi, E. Oñate
Editorial: CIMNE
Year of publication: 2008
Pages: 85
Index: Introduction; KRATOS-Multi-Physics FEM Environment; Fluid Solver-Implementation and Validation; Preparation of fluid-structure coupling; Conclusion; A.Python script for ALE simulation run; C++source code to compute edge data; Kratos Arts; References
Description

This diploma thesis deals with the implementation of a fluid solver for incompressible and compressible flows within the multi-physics framework Kratos. The presentation of this environment based on the finite element method (FEM) and an introduction to multidisciplinary problems in general are the starting point of this work and help understanding the following steps more easily.