Grinding Technology
Presentation
Projects
- Analysis of the Thermo-Mechanical Load Distribution in the Contact Zone During Surface Grinding
- Application of Acoustic Emission in Analysing and Controlling Grinding Process
- Cutting Edge Preparation of Complex Formed Cutting Tools
- Development of Nano-Encased Coating Materials and Tribologically Optimized Micro- and Nanostructured Multilayer High-Performance Coatings
- Increasing Power Density and Durability of Highly Stressed Slide Faces by an Improved Surface Integrity Generated with Adapted Machining Processes
- Investigations on the Influence of a Coating After-treatment on Tool Performance of Cemented Carbide Precision Drilling Tools
- Modeling and Simulation of Process Loads in Internal Cylindrical Traverse Grinding – Generating a Process Model Considering Micro-thermal Mechanisms (in PP 1480)
- Modeling of thermo-mechanical stresses and the wear behavior for the optimization of the micro shape of solid carbide drilling tools
- Optimizing the Cutting Edge Form of Single-lip Drills by Abrasive Blasting
- Process- and Tool Development for Drilling Fibre-Reinforced Polymers using Abrasive Points at Minimised Lubrication
- Statistical Process Modelling for Machining of Inhomogeneous Mineral Subsoil (CRC 823 – SP B4)