Shathabhisha Bhargav

1) Additive manufacturing- Layer wise slurry deposition(LSD), Stereolithographie, Binder jetting. 2) Rheometer measurements to investigate the rheological behavior 3) Laser diffraction Particle size analysis 4) Doctor blading test and Sintering

Developing slurry materials for additive manufacturing on the basis of defined powder mixtures for SiC and Si3N4. Analyze and optimize the slurries with regard to their rheological properties, develop process parameters for a stable 3D printing process use additive manufacturing. Thesis covers complete process chain from suspension development to printing process development, thermal treatment of the components and characterization of the material and components

1. Arbeiten in labortechnischer Umgebung der Maschinen- und Laserprozessentwicklung 2. Durchführen von Messungen wie Mikroskopie und taktile Oberflächen-Messverfahren 3. Probenpräparation mit Verfahren der Metallographie 4. Durchführen von Laserschneidexperimenten und Analyse von Qualitätsmerkmalen des Laserprozesses mittels bildgebender Kamera 5. Auswerten und Aufbereiten von experimentellen Versuchsergebnissen 6. Anwenden von Deep Learning Methoden bei bildgebenden Verfahren

Ceramic Engineering, Steel Technology, Material Science, Supply chain Management, Metallic Materials, Thermodynamics and Heat transfer, Fluid Dynamics, Sensors and Actuators

Design of Machine Elements, Thermodynamics and Heat Transfer, Fluid Dynamics, Energy Engineering, Vibrations and mechanics, Manufacturing Process, Power plant Engineering, Dynamics of Machines, Power Plant Engineering, Kinematics of Machine, Control Engineering, Mechatronics