Test Data AC7-03: Difference between revisions

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==Overview of Tests==
==Overview of Tests==


An experimental validation was performed for two operation points, the partial load (<math> Q=2.5~l/min </math>) and the nominal load (<math> Q=4.5~l/min </math>) at a rotational speed of <math> n=7,900~r/min </math>.
An experimental validation was performed for two operation points, the partial load (<math> Q=2.5~l/min </math>) and the nominal load (<math> Q=4.5~l/min </math>) at a rotational speed of <math> n=7,900~r/min </math>. The numerical VAD model was explained in section >>Flow Domain Geometry<<. This was originally created exclusively for numerical investigations. In order to enable an adequate validation of the simulated VAD flow, the following requirements were placed on the experimental model during conceptual design:
 
the numerical VAD model was explained in section >>Flow Domain Geometry<<. This was originally created exclusively for numerical investigations. In order to enable an adequate validation of the simulated VAD flow, the following requirements were placed on the experimental model during conceptual design:


==Description of Experiment==
==Description of Experiment==

Revision as of 11:07, 10 June 2021

Front Page

Description

Test Data

CFD Simulations

Evaluation

Best Practice Advice

Turbulent Blood Flow in a Ventricular Assist Device

Application Challenge AC7-03   © copyright ERCOFTAC 2021

Test Data

Overview of Tests

An experimental validation was performed for two operation points, the partial load () and the nominal load () at a rotational speed of . The numerical VAD model was explained in section >>Flow Domain Geometry<<. This was originally created exclusively for numerical investigations. In order to enable an adequate validation of the simulated VAD flow, the following requirements were placed on the experimental model during conceptual design:

Description of Experiment

Boundary Data

Measurement Errors

Measured Data

References




Contributed by: B. Torner — University of Rostock, Germany

Front Page

Description

Test Data

CFD Simulations

Evaluation

Best Practice Advice

© copyright ERCOFTAC 2021