Influence of the Reynolds Number on the Performance of Centrifugal Compressors

Author:

Strub R. A.1,Bonciani L.2,Borer C. J.3,Casey M. V.4,Cole S. L.5,Cook B. B.6,Kotzur J.7,Simon H.8,Strite M. A.9

Affiliation:

1. Process Compressor Subcommittee, International Compressed Air and Allied Machinery Committee (ICAAMC)

2. Nuovo Pignone; Process Compressor Subcommittee, International Compressed Air and Allied Machinery Committee (ICAAMC)

3. Dresser Industries; Process Compressor Subcommittee, International Compressed Air and Allied Machinery Committee (ICAAMC)

4. Sulzer Escher Wyss; Process Compressor Subcommittee, International Compressed Air and Allied Machinery Committee (ICAAMC)

5. Ingersoll-Rand; Process Compressor Subcommittee, International Compressed Air and Allied Machinery Committee (ICAAMC)

6. Transamerica Delaval; Process Compressor Subcommittee, International Compressed Air and Allied Machinery Committee (ICAAMC)

7. MAN Gutehoffnungshuette GmbH; Process Compressor Subcommittee, International Compressed Air and Allied Machinery Committee (ICAAMC)

8. Mannesmann Demag; Process Compressor Subcommittee, International Compressed Air and Allied Machinery Committee (ICAAMC)

9. Elliott, United Technologies; Process Compressor Subcommittee, International Compressed Air and Allied Machinery Committee (ICAAMC)

Abstract

This work is the result of an investigation based on numerous test data supplied by major compressor manufacturers in USA and in Europe. The main objective of the work is to propose improved formulae for the correction of the efficiency, the head, and the flow as influenced by the Reynolds number variation between workshop tests and specified conditions, carried out with the same machine. Tests on hand have shown that a sufficiently good correlation between measured and predicted values can be obtained with the proposed formulae. In addition a proposal is made for the allowable range, taking into account the inherent limitations for accurate testing at low Reynolds numbers. As a conclusion to this study it is recommended that the proposed formulae and allowable range be reviewed by the ASME, the ISO, or any other appropriate associations for adoption in revised test codes for centrifugal compressors.

Publisher

ASME International

Subject

Mechanical Engineering

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