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  • Nozzle flow
  • Demonstation pumps test rig
  • Pump test rig
  • Pump turbine
  • Test stand for the investigation of jet free jets (Jet Improvement)
  • Pelton turbine test rig (horizontal shaft)
  • Test rig for monitoring suspended matter and cavitation
  • Rotating Stall test rig
  • Water channel and hydrogen bubble flow visualization for a bionic fin with fin drive

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  1. Lucerne School of Engineering and Architecture Lucerne School of Engineering and Architecture
  2. About us About us
  3. Fluid Mechanics and Numerical Methods Fluid Mechanics and Numerical Methods
  4. Experimental analysis Experimental analysis
  5. Test rigs for research and education Test rigs for research and education
  6. Nozzle flow Nozzle flow

Nozzle flow

The application field for nozzles is extensive. Experimental investigations and numerical simulations (CFD) are conducted for different types (round jet, flat jet, ...) as well as different applications (snow lances, wound cleaning, medicine, agriculture, ...) of nozzles and spray systems. 

With the help of computational fluid dynamics (CFD) the flow within nozzles can be computed. It is further attempted to describe the jet development after exiting the nozzle, including jet breakup, spray pattern and spray range. 

Using a high speed camera and Phase Doppler Anemometry (PDA), the divergence of a free water jet can be recorded and compared with CFD solutions. 

Prof. Dr. Ernesto Casartelli

Head of CC FNUM

+41 41 349 32 36

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Lucerne School of Engineering and Architecture


Technikumstrasse 21
6048 Horw

+41 41 349 33 11

technik-architektur@hslu.ch

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