Standard

Automatic balancing of the static and couple unbalanced rigid rotor in compliant bearings. / Быков, В.Г.

Труды Международной конференции “9 Magdeburger Maschinenbautage 2009” 29.09—2.10.2009 г.. 2009. стр. 440-449.

Результаты исследований: Публикации в книгах, отчётах, сборниках, трудах конференций › статья в сборнике › научная

Harvard

Быков, ВГ 2009, Automatic balancing of the static and couple unbalanced rigid rotor in compliant bearings. в Труды Международной конференции “9 Magdeburger Maschinenbautage 2009” 29.09—2.10.2009 г.. стр. 440-449.

APA

Быков, В. Г. (2009). Automatic balancing of the static and couple unbalanced rigid rotor in compliant bearings. в Труды Международной конференции “9 Magdeburger Maschinenbautage 2009” 29.09—2.10.2009 г. (стр. 440-449)

Vancouver

Быков ВГ. Automatic balancing of the static and couple unbalanced rigid rotor in compliant bearings. в Труды Международной конференции “9 Magdeburger Maschinenbautage 2009” 29.09—2.10.2009 г.. 2009. стр. 440-449

Author

Быков, В.Г. / Automatic balancing of the static and couple unbalanced rigid rotor in compliant bearings. Труды Международной конференции “9 Magdeburger Maschinenbautage 2009” 29.09—2.10.2009 г.. 2009. стр. 440-449

BibTeX

@inbook{f5cddd637f104422b6f058ba00a30e69,
title = "Automatic balancing of the static and couple unbalanced rigid rotor in compliant bearings",
abstract = "The mathematical model of a statically and dynamically unbalanced rigid rotor supported on linear viscous-elastic bearings and equipped with {\`a} single-plane ball self-balancing device is constructed. For the rotor spinning with a fixed angular velocity we have obtained the conditions of existence and stability of stationary balance motion. The non-stationary behavior of the rotor both the case of spinning with a fixed angular velocity and the passing through the critical speed with the constant angular acceleration are investigated numerically. It is shown, that under specified constructional conditions both the static and dynamic unbalances can be completely compensated using one single-plane ABB.",
author = "В.Г. Быков",
year = "2009",
language = "English",
pages = "440--449",
booktitle = "Труды Международной конференции “9 Magdeburger Maschinenbautage 2009” 29.09—2.10.2009 г.",

}

RIS

TY - CHAP

T1 - Automatic balancing of the static and couple unbalanced rigid rotor in compliant bearings

AU - Быков, В.Г.

PY - 2009

Y1 - 2009

N2 - The mathematical model of a statically and dynamically unbalanced rigid rotor supported on linear viscous-elastic bearings and equipped with à single-plane ball self-balancing device is constructed. For the rotor spinning with a fixed angular velocity we have obtained the conditions of existence and stability of stationary balance motion. The non-stationary behavior of the rotor both the case of spinning with a fixed angular velocity and the passing through the critical speed with the constant angular acceleration are investigated numerically. It is shown, that under specified constructional conditions both the static and dynamic unbalances can be completely compensated using one single-plane ABB.

AB - The mathematical model of a statically and dynamically unbalanced rigid rotor supported on linear viscous-elastic bearings and equipped with à single-plane ball self-balancing device is constructed. For the rotor spinning with a fixed angular velocity we have obtained the conditions of existence and stability of stationary balance motion. The non-stationary behavior of the rotor both the case of spinning with a fixed angular velocity and the passing through the critical speed with the constant angular acceleration are investigated numerically. It is shown, that under specified constructional conditions both the static and dynamic unbalances can be completely compensated using one single-plane ABB.

M3 - Article in an anthology

SP - 440

EP - 449

BT - Труды Международной конференции “9 Magdeburger Maschinenbautage 2009” 29.09—2.10.2009 г.

ER -

ID: 4450620