Machining Technology
Presentation
Projects
- Development and Validation of a Simulation Approach for Deburring of Micro-structured Shape Memory Components by Abrasive Water-jet Blasting
- Development of an Active Brazed Ceramic-Cemented Carbide Compound Drill
- Efficient Production Processes for Heat Resistant Materials (Forschungsschule NRW)
- Experimental and FEM-based Analysis of the Thermal Loads in Deep-hole Drilling Using Twist Drills (in PP 1480)
- Experimental and Simulative Analysis of the Machining of Functionally Graded Workpieces (CRC/TR 30 – SP A3)
- Fundamental Investigation on the Influence of a Cryogenic Process Cooling on the Process Behavior of Drilling Tools
- Hot Profile Extrusion of Aluminum Chips
- Investigations on the machinability of high-strength bainitic steels
- Large Chamber Scanning-Electron-Microscope for the Analysis of Comprehensive Knowledge for the Machining Processes
- Lightweight Design by Advanced Flow-drilling Processes (Forschungsschule NRW)
- Machining of Lightweight Frame Structures (CRC/TR10 – SP A6)
- Micro-machining of Stainless Steels
- Precision Machining of High Performance Polymers and Polymer Composites
- Process Design for Deep Hole Drilling with Small Diameters Under the use of Minimum Quantity Lubrication
- Simulation-based and Experimental Development of Vibration Damped Fine Boring Tools
- Structure Topology Optimization of a BTA Deep Hole Drilling Tool
- Tribological Optimization of the Guide Pads for the BTA Deep Hole Drilling Process