E. Aramburu’s scientific contributions

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Publications (1)


Figure 4. Example of PIV image obtained after composition of the images and contrast enhancement for presentation purposes. Plane P1XY in the front region.  
Figure 5. Results obtained for P1XY in the FRONT region with blower speed 2 and main central outlets mode. Mean of the velocity field, magnitude.  
Figure 6. Results obtained for P1XY in the REAR region with blower speed 2 and main central outlets mode. Mean of the velocity field, magnitude.  
Figure 11. Results obtained for P4YZ in the FRONT region with blower speed 6 and main central outlet mode. Mean of the velocity field, magnitude.  
DPIV Measurements of the HVAC Aerodynamics Inside a Passenger Car
  • Article
  • Full-text available

September 2014

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291 Reads

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2 Citations

SAE Technical Papers

FJ Huera-Huarte

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X. Cort

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E. Aramburu

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[...]

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L. Casto
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Citations (1)


... The flow mainly depends on the geometry of the ducts, the interior design, the shape of the outlets, the ambient conditions and the settings of the HVAC system. Measurement techniques like Particle Image Velocimetry (PIV) and Particle Tracking Velocimetry (PTV) are promising techniques to deeply the understand of such flow fields [Huera-Huarte et al., 2014, Lee et al., 2011, Bertone et al., 2022, Ullrich et al., 2020, as well as in passenger aircraft cabins [Elmaghraby et al., 2018]. Robotic volumetric PTV has the advantage of measuring a large volume of the flow compared to thin planes of large-scale PIV. ...

Reference:

Large-Scale Measurements Using Robotic Volumetric LPT With Shake-The-Box Inside A Vehicle Cabin: Influence Of Different Fan Speeds On The Flow Topology
DPIV Measurements of the HVAC Aerodynamics Inside a Passenger Car

SAE Technical Papers