Mathematical approach to the validation of form removal software
Form,Metrology,Surface,Texture
A novel multiscale material plasticity model for prediction of material behaviour in high-performance cutting
Cutting,Dynamic,Optimisation,Simulation
Surface topography and functional morphology analysis of micro-abrasive blasted mould surface for improved ceramic injection molding performance
Blasting,Ceramic,Molding (or Moulding),Roughness,Structure
A modal approach for shape defects measurement based on global stereocorrelation
Inspection,Measurement
New approaches in ultra precision manufacturing of diffraction gratings
Micromachining,Nano manufacturing,Optical,Ultra-precision
Distortion characterization of a metrological UV- microscope for uni- and bidirectional measurements
Dimensional,Microscope,Microstructure,Modelling
Multi-Scale Modeling of Micro Injection Moulding Case Studies With Experimental Validation
Microstructure,Modelling,Molding (or Moulding),Simulation
Surface microstructuring of journal bearings by ultrasonic vibration-assisted turning
Machining,Microstructure,Turning,Ultrasonic
EMPIR project successfully delivers workshop on microprobes at EUSPEN Conference
Workshop on multifunctional ultrafast microprobes successfully delivered at EUSPEN International Conference EMPIR project ‘Multifunctional ultrafast microprobes for on-the-machine measurements’ (MicroProbes, 17IND05) is developing new microprobe tools that can provide traceable measurements of material surfaces. Quality control of machinery is a necessary stage of high-precision manufacturing processes, where accurate measurements of surface properties like roughness and
Multidisciplinary and straightforward
During the 19th edition of the Precision Fair, the Rien Koster Award was presented under the auspices of DSPE (Dutch Society for Precision Engineering). The award went to Hans van de Rijdt for his merits as a developer of multidisciplinary and straightforward concepts for high-tech systems that score well on manufacturability and cost. The Rien