Booking and prices
Prices: Contact Facility Manager
Booking: Contact Facility Manager
Contact information:
Facility Manager: Atle Jensen
Location: Moltke Moes vei 35
0851 OSLO
Norway
Instruments:
- Two water wave tanks
- Perspex pipe - 10 cm internal diameter (water/air)
- Perspex pipe - 5 cm internal diameter (water)
- Two seeders
- PIV/PTV
- 10W CW arg-ion laser
- Quantronix Darwin Duo 15mJ@3000Hz, Nd:YLF
- 15mJ dual CFR pulsed-laser (200HZ), Nd:YAG
- Two PCO, 1k*1k, down to 200nS dt
- Two pco.4000, 4008 x 2672 pixels
- Photron APX-ultima, 2000fps, 1k*1k resolution
- Photron APX-PCI, 1000fps, 1k*1k resolution
- Photron SA-5, 7500fps, 1k*1k resolution
- Machine shop
- Rheometer: Anton Paar MCR 502 with PIV cell
- 3D printers
Description of services:
- Measurements of forces on structures and wave kinematics in waves
- Properties of two-phase pipe flow
- Fluid characterization
- General measurements of kinematics of fluid flow
- Possibility of 3D measurements; SterePIV and 3D-PTV
About the Hydrodynamics Laboratory
The greatest strength of UIO’s Hydrodynamics Laboratory (Hydro Lab) is the combination of having latest equipment and research technology along with a dedicated and knowledgeable academic staff.
Scientific investigations at the Hydro Lab span the fields of sea, air, land, (ETC) and how these systems work and interact. Our researchers and students study diverse areas: from designing computer models to avalanche impacts on local fjord communities.
Observation, measurement, and collection of samples and data are accomplished within the laboratory. We use a combination of laboratory experiments, theoretical analysis and numerical modeling to improve our understanding of fluid flow phenomena.
Read about the different research topics in the lab.
Read about research projects in relation to the lab.