Q3688710 (Q3688710): Difference between revisions
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(Created claim: summary (P836): The objective of the thesis is to implement an auxiliary device integrated into a synchronous machine designed to reduce the noise and vibration of the machine. This device includes additional windings called damper winding and capacitors. Its dimensioning will be part of a design approach aimed at taking into account the vibro-acoustic behaviour and energy efficiency of the machine while controlling the addition of mass induced by the addition...) |
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The objective of the thesis is to implement an auxiliary device integrated into a synchronous machine designed to reduce the noise and vibration of the machine. This device includes additional windings called damper winding and capacitors. Its dimensioning will be part of a design approach aimed at taking into account the vibro-acoustic behaviour and energy efficiency of the machine while controlling the addition of mass induced by the addition of an auxiliary winding. The applications envisaged for the system concern the automotive sector (electric vehicle), but also rail, wind, domestic engines, or industry. This thesis follows previous work that has shown the effectiveness of the auxiliary system on noise from asynchronous machines. He associates EOMYS, which develops activities in the field of noise and vibration consulting. (English) | |||||||||||||||
| Property / summary: The objective of the thesis is to implement an auxiliary device integrated into a synchronous machine designed to reduce the noise and vibration of the machine. This device includes additional windings called damper winding and capacitors. Its dimensioning will be part of a design approach aimed at taking into account the vibro-acoustic behaviour and energy efficiency of the machine while controlling the addition of mass induced by the addition of an auxiliary winding. The applications envisaged for the system concern the automotive sector (electric vehicle), but also rail, wind, domestic engines, or industry. This thesis follows previous work that has shown the effectiveness of the auxiliary system on noise from asynchronous machines. He associates EOMYS, which develops activities in the field of noise and vibration consulting. (English) / rank | |||||||||||||||
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| Property / summary: The objective of the thesis is to implement an auxiliary device integrated into a synchronous machine designed to reduce the noise and vibration of the machine. This device includes additional windings called damper winding and capacitors. Its dimensioning will be part of a design approach aimed at taking into account the vibro-acoustic behaviour and energy efficiency of the machine while controlling the addition of mass induced by the addition of an auxiliary winding. The applications envisaged for the system concern the automotive sector (electric vehicle), but also rail, wind, domestic engines, or industry. This thesis follows previous work that has shown the effectiveness of the auxiliary system on noise from asynchronous machines. He associates EOMYS, which develops activities in the field of noise and vibration consulting. (English) / qualifier | |||||||||||||||
point in time: 18 November 2021
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Revision as of 18:57, 18 November 2021
Project Q3688710 in France
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3688710 in France |
Statements
45,313.0 Euro
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90,626.0 Euro
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50.0 percent
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1 October 2019
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31 December 2022
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Université d'Artois
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L’objectif de la thèse est de mettre en œuvre un dispositif auxiliaire intégré à une machine synchrone destiné à réduire les bruits et vibrations de la machine. Ce dispositif comprend des bobinages supplémentaires appelés bobinage amortisseur et des condensateurs. Son dimensionnement s’inscrira dans une démarche de conception visant à prendre en compte le comportement vibro-acoustique et l’efficacité énergétique de la machine tout en maitrisant l’ajout de masse induite par l’adjonction d’un bobinage auxiliaire. Les applications envisagées pour le système concernent le domaine automobile (véhicule électrique), mais également le ferroviaire, l’éolien, les moteurs domestiques, ou l’industrie. Ce projet de thèse fait suite à des travaux antérieurs qui ont montré l’efficacité du système auxiliaire sur les bruits des machines asynchrones. Il associe la société EOMYS, qui développe des activités dans le domaine du conseil en bruits et vibrations. (French)
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The objective of the thesis is to implement an auxiliary device integrated into a synchronous machine designed to reduce the noise and vibration of the machine. This device includes additional windings called damper winding and capacitors. Its dimensioning will be part of a design approach aimed at taking into account the vibro-acoustic behaviour and energy efficiency of the machine while controlling the addition of mass induced by the addition of an auxiliary winding. The applications envisaged for the system concern the automotive sector (electric vehicle), but also rail, wind, domestic engines, or industry. This thesis follows previous work that has shown the effectiveness of the auxiliary system on noise from asynchronous machines. He associates EOMYS, which develops activities in the field of noise and vibration consulting. (English)
18 November 2021
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Identifiers
NP0022849
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