DOI: 10.11606/t.18.2004.tde-29052006-170441
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O uso do GPS como instrumento de controle de deslocamentos dinâmicos de obras civis - aplicação na área de transportes

Abstract: Neste momento de conclusão da minha tese, expresso minha gratidão àqueles, que abaixo relaciono, pela inestimável colaboração ao longo do meu programa de doutoramento e àqueles que ao longo de minha vida, de alguma forma, direta ou indireta me prepararam para percorrer mais esta etapa.

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Cited by 6 publications
(11 citation statements)
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“…The method applied in this paper uses data from the GPS positioning system, transmitted by the L1 carrier phase, based on Michelson"s interferometer principle, already published in previous works [10], [11], [12], [17].In essence, this methodology consists in the application of the principle of interference on the signals transmitted by the satellites of the GPS constellation to measuredistances by the phase changecaused on one of the signals. In this case, a mobile receiver is installed on the structure to be monitored and the other receiver (fixed or base), responsible for the differential corrections, is installed on a base with known coordinates.…”
Section: Theoretical Basis Of the Methods Usedmentioning
confidence: 99%
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“…The method applied in this paper uses data from the GPS positioning system, transmitted by the L1 carrier phase, based on Michelson"s interferometer principle, already published in previous works [10], [11], [12], [17].In essence, this methodology consists in the application of the principle of interference on the signals transmitted by the satellites of the GPS constellation to measuredistances by the phase changecaused on one of the signals. In this case, a mobile receiver is installed on the structure to be monitored and the other receiver (fixed or base), responsible for the differential corrections, is installed on a base with known coordinates.…”
Section: Theoretical Basis Of the Methods Usedmentioning
confidence: 99%
“…The tests presented below are part of the continuity development of a method, initiated in 2000, in order to improve the GPS detection threshold so that it can also be used in the dynamic monitoring of small rigid-frame bridges. From the beginning of this work, the Phase Residual Method (PRM) was implemented in the monitoring of medium and large sized suspension and cable bridges [10], [11], [12], [17]. As the Brazilian highway network is almost entirely composed ofsmall and midsized concrete bridges it was necessary to continue the development of the method.The goal is that the ease and speed of using the GPS, as a tool for monitoring dynamic oscillations of small and medium sized concrete bridges, can be widely used by engineering, also in Brazil.…”
Section: Introductionmentioning
confidence: 99%
“…Residual de Fase (MRF) (LAROCCA, 2004). Larocca e Schaal (2010) desenvolveram o MRF para distinguir nos resíduos do processamento dos sinais GPS: o ruído eletrônico do receptor, o efeito de multicaminhamento e os deslocamentos dinâmicos e as suas frequências de vibração, esta última é uma das informações mais significativas em uma inspeção estrutural (LAROCCA, 2004;ANDRADE, 2012;MENEGHETTI et al, 2012;ANDRADE et al, 2013).…”
Section: Métodounclassified
“…Larocca e Schaal (2010) desenvolveram o MRF para distinguir nos resíduos do processamento dos sinais GPS: o ruído eletrônico do receptor, o efeito de multicaminhamento e os deslocamentos dinâmicos e as suas frequências de vibração, esta última é uma das informações mais significativas em uma inspeção estrutural (LAROCCA, 2004;ANDRADE, 2012;MENEGHETTI et al, 2012;ANDRADE et al, 2013). O método é baseado no Princípio da Interferometria (Figura 20) e utiliza apenas os sinais de dois satélites para a obtenção dos resíduos do processamento da dupla diferença de fase da portadora L1 (LEICK, 2004;LAROCCA, 2004; LAROCCA e SCHAAL, 2010). Esse método está em desenvolvimento desde o ano de 2000 e apresentou resultados animadores, também, quando aplicado no monitoramento de pontes rígidas e com vão de 30 metros (LAROCCA et al, 2016;ARAÚJO NETO, 2017).…”
Section: Métodounclassified
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