Verfahren zur Modellierung und Simulation in der Produktionstechnik Möglichkeiten und Grenzen von Modellierung und Simulation.
Procedures for modeling and simulation in manufacturig technologies Possibilities and limits of modeling and simulation.
The course is orientated to the connection between the theory of numerical simulation and the practical usage of the FEM software with the focus on the practical tasks.
ABAQUS Student edition will be used as the working tool and the course will start with the installation of this software on the student¿s notebooks, thus the notebooks are required. The software has to be removed at the end of semester! Another possibility is to download the ABAQUS Student edition directly from the https://academy.3ds.com/en/software/abaqus-student-edition . This offer is valid for the students from the North American or European institutions and is time limited. Because the program environment and software documentation the course will be held in English language.
The course is divided to the 8 logical blocks. The blocks are deeper descrbed (with the keywords) bellow in the part ¿Weitere Informationen¿. Each of them will be introduced (PPT presentation) and then followed with the practical example.
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https://academy.3ds.com/en/software/abaqus-student-edition
Theme 1: ABAQUS ¿ CEA interface and basic analysis steps
Example: Bending of the beam 1D (beam)
Keywords: CAE interface, basic FEA steps, files system, 1D elements
Theme 2: ABAQUS ¿ user defined output
Example: Overhead hoist 1D (truss)
Keywords: CAE interface, user def. output, additional results options, 1D elements (truss)
Theme 3: Simple thermal analysis
Example: Steady-state thermal analysis of water tube
Keywords: Thermal analysis, basic thermal analysis steps, initial field, boundary conditions, 2D elements, ODB viewer options, DC2D4 elements
Theme 4: Multi step thermal analysis
Example: Steady-state and transient thermal analysis of building insulation
Keywords: multi step analysis, boundary conditions, cooling, heat flow, DC2D4 elements
Theme 5: Temperature dependent material properties and phase changes
Example: Transient heat transfer analysis of a casting process
Keywords: Transient heat transfer, temperature dependent material properties, phase change, DC2D4
Theme 6: Coupled fields
Example: Coupled-field thermal-stress analysis of Steel-Al bimetal
Keywords: Coupled fields, basic coupled field analysis steps,coupled field elements, CPE4T
Theme 7: Contact analysis
Example: Abaqus/Standard 2-D example: forming a channel
Keywords: rigid surfaces, contact, true stress-strain, plasticity, assembly, CPE4/CPE4R
Theme 8: Complex transient coupled field tasks
Example: Abaqus/Standard 2-D example: Laser assisted bending / LLF IFT TU Wien
