Test Data AC6-14: Difference between revisions

From KBwiki
Jump to navigation Jump to search
Line 23: Line 23:
<div id="figure2"></div>
<div id="figure2"></div>
{|align="center"
{|align="center"
|[[Image:AC6-14_TimisoaraTestRig.jpg|300px]]|[[Image:AC6-14_TimisoaraTestRigSchetch.jpg|width=300px]]
|[[Image:AC6-14_TimisoaraTestRig.jpg|height=300px]]|[[Image:AC6-14_TimisoaraTestRigSchetch.jpg|height=300px]]
|-
|-
|align="center"|'''Figure 2:''' Photo and schematic view of experimental closed loop test rig from UPT
|align="center"|'''Figure 2:''' Photo and schematic view of experimental closed loop test rig from UPT

Revision as of 08:45, 11 April 2016

Front Page

Description

Test Data

CFD Simulations

Evaluation

Best Practice Advice

Swirling flow in a conical diffuser generated with rotor-stator interaction

Application Challenge AC6-14   © copyright ERCOFTAC 2024

Overview of Tests

A closed loop experimental test rig was developed and measuresd at the Politehnica University of Timi\c soara, Romania, ~\cite{Resiga2007} for investigating decelerated swirling flows in a conical diffuser and for assessing various flow control methods. The test rig includes the following (see Fig. \ref{circuit}): (i) a main hydraulic circuit, marked blue; (ii) an auxiliary hydraulic circuit, marked red that is implemented in order to assess different control methods ~\cite{Tanasa2013,Bosioc2012}; (iii) a lower reservoir with a volume of 4$\textrm{m}^3$; (iv) a main pump that is able to provide a maximum flow rate of 40 l/s; (v) an upper reservoir equipped with a honeycomb section to provide an uniform flow at the inlet of the swirl test section, and (vi) a test section, marked magenta.

height=300px|height=300px
Figure 2: Photo and schematic view of experimental closed loop test rig from UPT



TEST CASE EXP1

Description of Experiment

Boundary Data

Measurement Errors

Measured Data

References

TEST CASE EXP2

(as per EXP 1)



Contributed by: A. Javadi, A. Bosioc, H Nilsson, S. Muntean, R. Susan-Resiga — Chalmers University of Technology

Front Page

Description

Test Data

CFD Simulations

Evaluation

Best Practice Advice


© copyright ERCOFTAC 2024