SFB Annual Reports
Annual Reports
| Subproject | Title | Download |
|---|---|---|
| A1 |
Control of geometry and metallurgy in laser beam microwelding by influencing the melt pool dynamics via locally and temporally adjusted energy input |
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| A2 |
Local residual stress build-up during solidification of technical alloys during welding
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| A3 |
Massive parallelized simulation of the melt pool dynamics of laser beam micro welding with modern numerical methods |
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| A4 |
Simulation-supported determination of the effect of weld pool flows on the precise formation of the MSG weld
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| A5 |
Influence of solid-liquid reactions in the soldering gap on solder properties and precision
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| A6 |
Electron microscopic analysis of melting processes and solidification structures
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| A7 |
Use of partial metallurgical injection to control the solidification forces in fusion welding processes
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| A8 |
In-situ diagnosis and control of the melting and solidification dynamics during laser beam cutting
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| A9 |
Simulation of highly dynamic processes in the melt during laser beam cutting to reduce scoring and dross formation
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| A10 |
Development of simulative approaches for the specific design of the properties of plasma sprayed coatings
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| A11 |
Dimensional and geometrical accuracy in generative laser cladding
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| B1 |
Algorithms for the design of a temperature control layout for injection moulding tools taking into account the local cooling requirements
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| B2 |
Numerical modelling and compensation of shrinkage and warpage behaviour in injection moulding processes |
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| B3 |
Self-optimising process control strategies for highly segmented mould temperature control in injection moulding |
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| B4 |
Analysis of the thermal coupling of melt, microstructure and mould for precise prediction of shrinkage and warpage in the injection moulding process |
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| B5 |
Adaptive computing grids in space and time for efficient simulation of moving phase boundaries |
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| B6 |
Three-dimensional modeling and efficient numerical description of the contact between solids and liquids |
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| B7 |
Multi-scale thermomechanical simulation of solid-liquid interactions during solidification |
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| B8 |
Investigation of precision-determining factors to minimise distortion in the permanent mould and die casting process |
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| B9 |
Thermomechanical multiphase simulation with local calculation of material properties to predict and minimize distortion of cast components |