Daphne Lorane | Instituto Federal Minas Gerais - Campus Congonhas (original) (raw)
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Centro Federal de Educação Tecnológica de Minas Gerais ( CEFET-MG )
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O objetivo deste trabalho é desenvolver o projeto básico de uma ponte rolante polar formada por d... more O objetivo deste trabalho é desenvolver o projeto básico de uma ponte rolante polar formada por duas vigas paralelas. A ponte rolante tem seus deslocamentos descritos em termos de coordenadas polares para se adaptar ao prédio de contenção de uma usina termoelétrica a combustível nuclear, que usualmente tem formato cilíndrico ou esférico. Com o auxílio dos softwares SolidWorks, MDSolids e Excel foi realizado o cálculo estrutural, definição e dimensionamento dos principais componentes necessários para o funcionamento da ponte rolante polar, para que ela seja a prova de falha simples. Foi realizada uma análise em elementos finitos para validação dos cálculos obtidos através das normas utilizadas.
Structural materials are fundamental in human history. Their use in airframe structures has stead... more Structural materials are fundamental in human history. Their use in airframe structures has steadily increased since the 1970s. Currently, the applications have expanded to include empennage, fuselage, wing and dynamic components of small airplanes, transport aircraft and rotorcraft. Even though, the aircraft industry is very conservative in the adoption of new designs and technologies and when new aircraft are introduced, they tend to build heavily upon past designs, introducing only incremental updates in technology. However, the global world market has accelerated the race over the last two centuries, with progress in structural materials pacing improvements in living. Advances in aluminum alloys for airframes and super alloys for engines led to the current era of mass international travel by jet aircraft. Advances in high temperature structural materials are leading the way to better engines and materials processing. Structural composites have revolutionized pleasure boating and impacted many types of sports equipment. Advanced structural composites have been essential to space vehicles and offer promises of lighter, more efficient materials for many applications.
No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in a... more No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording or otherwise, without the prior written permission of the publisher, Elsevier Science Publishers B.
O objetivo deste trabalho é desenvolver o projeto básico de uma ponte rolante polar formada por d... more O objetivo deste trabalho é desenvolver o projeto básico de uma ponte rolante polar formada por duas vigas paralelas. A ponte rolante tem seus deslocamentos descritos em termos de coordenadas polares para se adaptar ao prédio de contenção de uma usina termoelétrica a combustível nuclear, que usualmente tem formato cilíndrico ou esférico. Com o auxílio dos softwares SolidWorks, MDSolids e Excel foi realizado o cálculo estrutural, definição e dimensionamento dos principais componentes necessários para o funcionamento da ponte rolante polar, para que ela seja a prova de falha simples. Foi realizada uma análise em elementos finitos para validação dos cálculos obtidos através das normas utilizadas.
Structural materials are fundamental in human history. Their use in airframe structures has stead... more Structural materials are fundamental in human history. Their use in airframe structures has steadily increased since the 1970s. Currently, the applications have expanded to include empennage, fuselage, wing and dynamic components of small airplanes, transport aircraft and rotorcraft. Even though, the aircraft industry is very conservative in the adoption of new designs and technologies and when new aircraft are introduced, they tend to build heavily upon past designs, introducing only incremental updates in technology. However, the global world market has accelerated the race over the last two centuries, with progress in structural materials pacing improvements in living. Advances in aluminum alloys for airframes and super alloys for engines led to the current era of mass international travel by jet aircraft. Advances in high temperature structural materials are leading the way to better engines and materials processing. Structural composites have revolutionized pleasure boating and impacted many types of sports equipment. Advanced structural composites have been essential to space vehicles and offer promises of lighter, more efficient materials for many applications.
No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in a... more No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording or otherwise, without the prior written permission of the publisher, Elsevier Science Publishers B.