Test Data AC6-14: Difference between revisions
m (moved Test Data AC6-14 to Lib:Test Data AC6-14) |
|||
| Line 9: | Line 9: | ||
=Overview of Tests= | =Overview of Tests= | ||
<!--{{Demo_AC_Test_Over}}--> | <!--{{Demo_AC_Test_Over}}--> | ||
==TEST CASE EXP1== | ==TEST CASE EXP1== | ||
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. | |||
===Description of Experiment=== | ===Description of Experiment=== | ||
<!--{{Demo_AC_Test_Expt}}--> | <!--{{Demo_AC_Test_Expt}}--> | ||
Revision as of 08:07, 11 April 2016
Swirling flow in a conical diffuser generated with rotor-stator interaction
Application Challenge AC6-14 © copyright ERCOFTAC 2024
Overview of Tests
TEST CASE EXP1
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.
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
© copyright ERCOFTAC 2024