Conveners
Process Optimization & Control (II)
- Armin Wiedenegger (voestalpine High Performance Metals GmbH)
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Mr Teddy Gan (University of Greenwich)21/11/2018, 16:40Process Optimization & ControlOral PresentationT. Gan, A. Kao and K. Pericleous Centre for Numerical Modelling and Process Analysis Old Royal Naval College, Park Row University of Greenwich, UK, SE109LS Abstract Thermoelectric currents have been shown to exist in a wide range of solidification processes from rapid high undercooled growth [1] to casting and directional solidification [2]. These currents form through the...Go to contribution page
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Mr Marco Mitterlehner (TU Wien)21/11/2018, 17:00Process Optimization & ControlOral PresentationFor additive manufacturing by direct laser melting route, proper application of the powder layers is of crucial importance. Therefore, important aspects are the typical powder characteristics such as flowability but also the nature of the top layer itself. In order to easily rate the morphology of the top layer a new method has been developed for which a self-made tester for the layer building...Go to contribution page
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Mr Philipp Sembdner (Dresden University of Technology - Chair of Engineering Design and CAD)21/11/2018, 17:20Process Optimization & ControlOral PresentationDue to the progressive development of additive production, it is increasingly possible to manufacture metallic components with free-form geometry or filigree lightweight structures in small numbers. Because of this partly complex geometry, the production simulation and the calculation of the building parts are particularly difficult. In addition, these processes are carried out very close to...Go to contribution page
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Ms Claudia Rosenkranz (Fraunhofer Research Institution for Casting, Composite and Processing Technology IGCV)21/11/2018, 17:40Process Optimization & ControlOral PresentationAdditive Manufacturing (AM) is becoming more and more relevant in industrial small-batch manufacturing though it is still on the verge of being a widely spread manufacturing technology. The lack of holistic quality assurance and process monitoring during Laser-based Powder Bed Fusion of metals (PBF-LB/M), also referred to as Laser Beam Melting (LBM), as well as costly and time-consuming...Go to contribution page