Projects
- A1 - Deep Drawing (funding period 1)
Process combination for manufacturing of teethed, thin-walled functional components out of tailored blanks - A2 - Extrusion (funding period 1)
Manufaction of komplex extruded functional elements on sheets - A3 - Maturity assessment (funding period 1)
Parameter identification for maturity assessment of metal forming processes using fuzzy logic uncertainty analysis - A4 - Incremental Forming (funding period 1)
Fundamental research and process development for manufacturing of load optimized parts with incremental forming of thick sheets - A5 - Model Adaptive FE-Simulation (funding period 1)
Development of model adaptive simulation techniques for forming processes of complex functional components with complicated design details - A6 - Function-oriented Inspection (funding period 1)
Strategies for function-oriented optical inspection of formed precision components - A7 - Dynamic Process Forces (funding period 1)
Improvement of combined cutting and deep drawing processes by means of overlaying dynamic process forces - B1 - Self-Learning Engineering Assistance System (funding period 1)
Simultaneous Development of a Self-Learning Engineering Assistance System - B2 - Micro Elements (funding period 1)
Machining of molds with filigree structures for Sheet-Bulk metal forming - B3 - Surface Structures (funding period 1)
Generation of predetermined surface structures by intentionally invoked self excited tool vibrations when milling free-formed surfaces - B4 - DLC coatings for forming tools (funding period 1)
Tribological DLC coatings in combination with surface texturing for forming tools to increase lifetime and to improve process quality - B5 - Bionic Thin Layers (funding period 1)
Application of nanostructured bionic thin layers to enhance the wear and friction behavior of forming tools by thin-walled sheet forming - B6 - Endoscopic geometry inspection (funding period 1)
Endoscopic geometry inspection by modular fibre-optic sensors - B7 - Horizontal Loads (funding period 1)
Determination of horizontal loads embossing sheet metal to be considered in simulation - C1 - Friction law
Constitutive friction law for the description and optimization of tailored surfaces - C2 - Material model (funding period 1)
Development of a material model for metal sheets at finite deformation - C3 - Parameter and formoptimization (funding period 1)
Parameter and shape optimization in finite elastoplasticity - C4 - Microstructural Analysis - FEA (funding period 1)
Analysis of load history dependent evolution of damage and microstructure for the numerical design of sheet - bulk metal forming processes - C5 - atmospheric plasma-nitriding (funding period 1)
