Development Of Test Rigs
Mostrando 1-4 de 4 artigos, teses e dissertações.
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1. Desenvolvimento de um atuador magnetico para excitação sem contato de sistemas rotativos / A magnetic actuator development for contactless excitation in rotor systems
A magnetic actuator as excitation source in rotating systems is developed, in order to accomplish modal analysis and other studies involving contacless excitation. Although the use of magnetic systems to apply forces onto rotating machinery has been carried out with high performance level (for example, magnetic bearings), the development of a conveniently ea
Publicado em: 2008
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2. Experimental performance evaluation of magnetic actuator used in rotating machinery analysis
A magnetic actuator as excitation source in rotative systems is proposed, in order to accomplish modal analysis without contact between the actuator and the rotor. Although the use of electromagnets for applying forces to rotating machinery have been carried out with high performance level (for example, magnetic bearings), the development of a conveniently e
Journal of the Brazilian Society of Mechanical Sciences and Engineering. Publicado em: 2007-03
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3. Development, design and construction of a friction hydro pillar processing equipment / Desenvolvimento, projeto de construção de um equipamento de reparo de trincas por atrito
In the offshore industry, the utilization of conventional process of arc welding processes are frequently used to repair structure defects, such as cracks. These repairs are carried out under water to reduce risks of explosion. Under water welds are subjected to hydrogen embrittlement and severe porosity. An alternative is offered by the friction hydro pilla
Publicado em: 2006
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4. Development, design and construction of a friction hydro pillar processing equipment / Desenvolvimento, projeto de construÃÃo de um equipamento de reparo de trincas por atrito
In the offshore industry, the utilization of conventional process of arc welding processes are frequently used to repair structure defects, such as cracks. These repairs are carried out under water to reduce risks of explosion. Under water welds are subjected to hydrogen embrittlement and severe porosity. An alternative is offered by the friction hydro pilla
Publicado em: 2006