Factores que intervienen en el desempeño de un piloto bajo diferentes condiciones de vuelo – revisión de tema

López, Nancy Esperanza Olarte; Burbano, Yaciro Cabezas; Vásquez, Gustavo

doi:10.18667/cienciaypoderaereo.2

Cited by 3 publications

(2 citation statements)

References 25 publications

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“…Studies have been focused in the physiological state of the pilots [16], showing that the lasting sleep deprivation reduces the efficiency of their skills [17], this can be tackled using strategic naps, which benefits the health and welfare of the pilot, guaranteeing the security of the flight [18]. This lines up with the study presented by [19], where pilots mentioned that they felt exhausted during long distance flights.…”

Section: IImentioning

confidence: 86%

Effect of heat stress on the Development of a Flight Maneuver

et al. 2020

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It has been reported that the decrease in performance of airplane pilots, due to extreme work conditions, could potentially lead to an accident. Additionally, exposure to heat conditions has been linked to increased accident rates. The objective of this experimental study was to examine the influence of temperature (21°C and 35°C) and the maneuver complexity, in the pilots’ performance, measured by the time spent to complete a maneuver, using a Static Flight Driving Device simulator. We used an experimental design with ten () professional pilots who had an average flight experience of 420 hours. The results obtained show that there is an effect of both, temperature and the maneuver difficulty, in the time needed to complete a flight maneuver. Maneuvers that are more complex or expose pilots to heat , increase the time to complete a maneuver. Even though the interaction term had a p-value of 0.103, what was seen in the experiment suggest that the temperature has a bigger effect when the maneuver is considered difficult.

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Section: IImentioning

confidence: 86%

Effect of heat stress on the Development of a Flight Maneuver

et al. 2020

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“…These evaluations are aimed at the adaptation in technology, procedures, training, guidance material, certification requirements, and the human/ UAV technological relationship. 81 The challenge is to determine the adaptations, what forms they should take, how best to achieve and implement them, and how will impact. The success is contingent upon the degree to which human capabilities and limitations match the affordances and constraints.…”

Section: Human Interaction Considerationsmentioning

confidence: 99%

UAV systems for multipurpose heterogeneous networks: a review of design, development and performance

Pirateque¹

2020

AAOAJ

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The technological fusion between wireless sensor networks and the UAS capabilities allows a fast, easy, and inexpensive deployment with multipurpose heterogeneous networks like a communication system for replicable nodes. For a UAV proposed, this paper studies the heterogeneous communication networks with their design, development, and performance where the configurations and design requirements, systems, subsystems required, preliminary sizing study, and services and capabilities were analyzed. Consequently, preliminary dimensions such as wingspan, length, height, maximum take-off weight, and performance specifications were obtained to give introductory considerations about the avionics, routing protocols, and human interaction which infers in an implementation challenge but with several advantages in military and civil applications.

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Complemento al simulador de vuelo del helicóptero Bell 206, para las prácticas en la formación de pilotos de la ESAVI

Echavarria¹,

Figueroa²,

Villamil³

et al. 2020

reveia

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En el presente trabajo se buscó realizar el complemento (rediseño) al simulador de vuelo del helicóptero Bell 206, para la práctica de las maniobras de emergencia en la formación de Pilotos Policiales de la ESAVI, el cual consistió en mejorar el material del chasis de la cabina, el tablero de los paneles de mandos, el software de simulación, entre otros. De igual forma de la respectiva prueba de funcionamiento del mismo; además, el simulador de vuelo rediseñado, se mejoró las competencias teórico-prácticas a través de la repetición y aumentó la seguridad operacional de la aeronave cuando ocurren fallas mecánicas o maniobras de alto riesgo. Por otro lado fortaleció los equipos de apoyo educativo con que cuenta la Institución, logrando con ello mejorar el proceso de enseñanza-aprendizaje entre instructores y estudiantes, lo cual tiene como finalidad evitar accidentes aéreos por factores de tipo humano.

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Factores que intervienen en el desempeño de un piloto bajo diferentes condiciones de vuelo – revisión de tema

Cited by 3 publications

References 25 publications

Effect of heat stress on the Development of a Flight Maneuver

Effect of heat stress on the Development of a Flight Maneuver

UAV systems for multipurpose heterogeneous networks: a review of design, development and performance

Complemento al simulador de vuelo del helicóptero Bell 206, para las prácticas en la formación de pilotos de la ESAVI

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