A mathematical model for the interaction of a gas environment with the surfaces of the impeller of a turbogenerator compressor is developed. The study of the characteristic of power losses at various rotational speeds of the rotor is provided. Recommendations for testing the impeller of a turbogenerator compressor is given.
REFERENCES
1.
M.
Hughes
, Procedia structural integrity
7
, 33
–35
(2017
).2.
J.
Zhang
, Z.
Zhou
, H.
Cao
and Q.
Li
, Advanced in engineering software
116
, 9
–22
(2018
).3.
C.
DellaCorte
, K.C.
Radil
, R.J.
Bruckner
and A.
Howard
, NASA/TM, patent No. 214691 (10 may
2007
).USA.4.
C.
DellaCorte
, V.
Lukaszewicz
, M. J.
Valco
, K.C.
Radil
and H.
Heshmat
, NASA/TM, patent No. 209187 (17 february
2000
).5.
R.
Smith
and R.K.
Mobley
, Industrial machinery repair: rotor balancing
, (Butterworth Heinemann
, Oxford
, 2003
).6.
7.
A.V.
Garbaruk
, M.H.
Strelets
and M.L.
Shur
, [Modeling of turbulence in analysis of сomplex flow: training aids]
(Polytechnic University
, Saint Petersburg
, 2012
).
This content is only available via PDF.
© 2018 Author(s).
2018
Author(s)
You do not currently have access to this content.