Research Topics

Erzeugung von Schmelzetropfen mit einem Hochtemperatur-Tropfengenerator

Disperse phase transition processes

  • Generic experiments with single droplets
     

  • Atomization processes for metallic melts 
     

  • Modeling of droplet processes with solidification
     

  • Experimental and numerical investigation of additive manufacturing processes
     

  • Determination of thermophysical material values
     

  • Process strategies for advanced materials
     

  • Development of sustainability strategies for materials synthesis

Reaktive Sprühtechnik

Reactive Spray

  •  Reactor design with nozzle development and layout
     
  •  Integrated aerosol processes (mixing, functionalization, material transformation in disperse state in the gas phase)
     
  •  In-situ production of porous layers for highly sensitive and especially selective MOX gas sensors
     
  •  Design of novel catalytic component
     
  •  Design of nanomaterials for the investigation of specific nano-bio-interactions
     
  •  Nanoparticles Aerosol Transport and deposition
Additive Fertigung

Processing of Functional Materials

  • Additive Manufacturing of Structural and Functional Materials
     
  • Liquid Metal and Chemical Dealloying
     
  • Design of Porous Functional Materials
     
  • 3D-printing of Magnetic Materials
     
  • Design of Materials for Catalysis
     
  • Design of Biomedical Materials
     
  • Design of Materials for Energy Storage
Mehrphasenströmung

Multiphase Flow, Heat and Mass Transfer

  • Gas-particle interactions in disperse systems
     
  • Structure formation in multiphase flow systems
     
  • Jets and sprays
     
  • Atomization of complex rheological fluids
     
  • Particle production, conditioning and handling
     
  • Multiphase flow on and in porous structures
     
  • Heat and mass transfer in multiphase processes
     
  • Quenching and cooling processes
     
  • Ultrasonic applications in disperse systems
Sprühkompaktierung, Anlage

Melt Atomization and Spray Forming

  • More information to follow.