Abstract Identifying and measuring innovation at airports becomes necessary not only to point out the elements of its management or infrastructure to be improved, but also to raise opportunities for innovation, with the aim to collaborate for the best efficiency of air transport. In this sense, this study concerns innovation management applied to airports given the limitations in the state of the art related to measuring innovation in this type of organization. The integrated perception of different airport stakeholders has been collected from a survey with 70 Brazilian professionals specialized in the subject, namely researchers, airports, airlines, and the aeronautics industry managers, in a proposal to measure the level of airport innovation from different indicators. The results proposed an algorithm for an Airport Integrated Innovation Index (AI3), composed by 38 measurable variables related to innovation practices, procedures, and infrastructure elements such as new biometric passenger identification systems, real-time passenger flight tracking systems, new types of runway pavement, and actions to reduce airport operational restrictions. This model can be used in airports of different categories (national or international) and sizes (small, medium, or large). It may be adapted for different countries and contexts according to their markets and organizational cultures.

ABSTRACT: The choice of fleet by a given airline must consider different elements associated with both the aircraft and the airports to be operated, making it necessary a method to assist the aircraft choice process. This study assesses the take-off runway distance requirement of different aircraft models and compares the requirement to the take-off runway distance available at a group of airports. Using the Herfindahl-Hirschman index (HHI), the methodology consider the analysis of take-off runway length available on 80 Brazilian airports and compared it to the take-off distance required for 108 combinations of aircraft model, engine model and flight range, considering the take-off performance of the aircraft models with maximum payload weight. In total, 536 routes of four Brazilian airlines has been adopted to simulate the most profitable operating scenario. The result presents the take-off performance of different aircraft models and allows a performance comparison between them. In addition, this research investigates which is the most common flight range in Brazil, and what influence it exerts in the aircraft take-off performance, and contributes to a better match between the aircraft used and the airport operated in fleet optimization.

Abstract Identifying previous research subjects on innovation management in air transport provides not only updated references on new technologies in this industry, but also indicates which areas need to be prioritized in future research. A systematic literature review of publications in this field over the past decade, from 2005 to 2015, including 2016 publications in progress, was carried out, adopting as a control document the proceedings from the 19th ATRS World Conference, held in Singapore in 2015. The searches were done on ScienceDirect and included reports from over 2,500 journals. The abstracts, titles, and keywords were considered, and Boolean connectors were used. The term “innovation” was combined with at least one of eight different strings: air* (e.g., airport, airline, and aircraft), flight, transport, aviation, carrier, lcc, fsc and seat, which were identified as the terms with the highest frequency of incidence in the 129 files in the control document. From the 731 articles identified and analyzed, 92 were considered as directly related to innovation management in air transport. The results showed that the areas with a higher incidence of studies were the aircraft industry (energy efficiency, industrial process, and noise and pollutant emission reduction), airlines (business model, IT and planning and management), policies (sustainable transport, incentive mechanisms and societal aspirations), and airport (services, security, self-financing and air traffic control and projects). From this review, it was determined that, in addition to the limited studies on this subject, there is also a lack of research on innovations in airport structure, such as runway pavements and the optimization of airport sites, as well as on new forms of disposal of wastes generated during the flight, crew training and integrated innovation planning in the sector. These can direct future studies on the subject in the four application areas identified and promote the development of an integrated innovation system in air transport management.

ABSTRACT: The existing relations between the supply of air transport services and economic development have been a relevant area of research in transport management. This study aims to analyze the influence of the productive performance of some Brazilian exported commodities over the demand for regional passenger air transportation on the regions where those commodities are produced. In order to do so, this study used the linear regression method, checking what the relations are, if any exist, between the productive performance of those areas and the supply and demand for passenger seats in airports located in areas producing those commodities. The mathematical model used was validated with a control model that, in its turn, examined the correlation between macroeconomic and population aggregates and the global domestic demand for passenger air travel. The results show ambiguous relations between explicative and dependent variables, because in some localities the correlation was significantly higher than in others. The main contribution is to analyze how the regional aviation market is exposed to the productive performance on markets with high level of economic specialization.

RESUMO OBJETIVO Avaliar quantitativamente o ruído de fundo no entorno do aeroporto de Congonhas, com base em ampla amostragem e medições sem interrupção. MÉTODOS Locais de medição escolhidos a partir de curvas de ruído de 62 e 72 LDN (day-night level), em equipamentos urbanos de uso compatível com o residencial. Quinze locais foram avaliados por mais de 168 horas consecutivas cada um (sete dias). A compilação baseou-se em cruzamentos de dados do controle de tráfego aéreo e os resultados foram validados por meio de relatórios meteorológicos do aeroporto. Diagnósticos preliminares foram estabelecidos utilizando a NBR-13368. O ruído de fundo foi calculado com base no Sound Exposure Level (SEL). Os parâmetros estatísticos foram calculados em intervalos de uma hora. RESULTADOS Apenas quatro dos 15 locais avaliados apresentaram clara contribuição da operação de aeronaves no incômodo. Mesmo assim, é possível identificar ruído de fundo acima do regulamentar durante os períodos de baixa atividade ou de fechamento do aeroporto durante a noite. CONCLUSÕES Todos os locais avaliados apresentaram ruído de fundo acima do regulamentar entre 7:00h e 21:00h. Nos intervalos entre 6:00h-6:59h e 21:00h-22:59h, os dados de monitoramento, quando analisados em conjunto com as atuais características operacionais do aeroporto, ainda possibilitam a elaboração de medidas mitigadoras adicionais.

ABSTRACT OBJECTIVE To perform a quantitative analysis of the background noise at Congonhas Airport surroundings based on large sampling and measurements with no interruption. METHODS Measuring sites were chosen from 62 and 72 DNL (day-night-level) noise contours, in urban sites compatible with residential use. Fifteen sites were monitored for at least 168 hours without interruption or seven consecutive days. Data compilation was based on cross-reference between noise measurements and air traffic control records, and results were validated by airport meteorological reports. Preliminary diagnoses were established using the standard NBR-13368. Background noise values were calculated based on the Sound Exposure Level (SEL). Statistic parameters were calculated in one-hour intervals. RESULTS Only four of the fifteen sites assessed presented aircraft operations as a clear cause for the noise annoyance. Even so, it is possible to detect background noise levels above regulation limits during periods of low airport activity or when it closes at night. CONCLUSIONS All the sites monitored showed background noise levels above regulation limits between 7:00 and 21:00. In the intervals between 6:00-6:59 and 21:00-22:59 the noise data, when analyzed with the current airport operational characteristics, still allow the development of additional mitigating measures.

RESUMO OBJETIVO Avaliar quantitativamente o ruído de fundo no entorno do aeroporto de Congonhas, com base em ampla amostragem e medições sem interrupção. MÉTODOS Locais de medição escolhidos a partir de curvas de ruído de 62 e 72 LDN (day-night level), em equipamentos urbanos de uso compatível com o residencial. Quinze locais foram avaliados por mais de 168 horas consecutivas cada um (sete dias). A compilação baseou-se em cruzamentos de dados do controle de tráfego aéreo e os resultados foram validados por meio de relatórios meteorológicos do aeroporto. Diagnósticos preliminares foram estabelecidos utilizando a NBR-13368. O ruído de fundo foi calculado com base no Sound Exposure Level (SEL). Os parâmetros estatísticos foram calculados em intervalos de uma hora. RESULTADOS Apenas quatro dos 15 locais avaliados apresentaram clara contribuição da operação de aeronaves no incômodo. Mesmo assim, é possível identificar ruído de fundo acima do regulamentar durante os períodos de baixa atividade ou de fechamento do aeroporto durante a noite. CONCLUSÕES Todos os locais avaliados apresentaram ruído de fundo acima do regulamentar entre 7:00h e 21:00h. Nos intervalos entre 6:00h-6:59h e 21:00h-22:59h, os dados de monitoramento, quando analisados em conjunto com as atuais características operacionais do aeroporto, ainda possibilitam a elaboração de medidas mitigadoras adicionais.

ABSTRACT OBJECTIVE To perform a quantitative analysis of the background noise at Congonhas Airport surroundings based on large sampling and measurements with no interruption. METHODS Measuring sites were chosen from 62 and 72 DNL (day-night-level) noise contours, in urban sites compatible with residential use. Fifteen sites were monitored for at least 168 hours without interruption or seven consecutive days. Data compilation was based on cross-reference between noise measurements and air traffic control records, and results were validated by airport meteorological reports. Preliminary diagnoses were established using the standard NBR-13368. Background noise values were calculated based on the Sound Exposure Level (SEL). Statistic parameters were calculated in one-hour intervals. RESULTS Only four of the fifteen sites assessed presented aircraft operations as a clear cause for the noise annoyance. Even so, it is possible to detect background noise levels above regulation limits during periods of low airport activity or when it closes at night. CONCLUSIONS All the sites monitored showed background noise levels above regulation limits between 7:00 and 21:00. In the intervals between 6:00-6:59 and 21:00-22:59 the noise data, when analyzed with the current airport operational characteristics, still allow the development of additional mitigating measures.

O crescimento da demanda pelo transporte aéreo tem exigido ações para adequação da capacidade instalada nos aeroportos. Normalmente tais obras requerem vultosos recursos e trazem preocupações socioambientais. Uma ampliação em qualquer setor do aeroporto necessita uma visão sistêmica para garantir que a obra vai efetivamente propiciar ganhos ao aeroporto como um todo e não simplesmente se transferir o gargalo dentro do sistema. Neste artigo são mostrados os resultados dos cálculos das capacidades de dois subsistemas do lado aéreo dos vinte principais aeroportos brasileiros. Apenas em quatro aeroportos se mostra a ocorrência de um balanceamento entre as suas capacidades. Nos demais, um ou outro subsistema se caracteriza como limitante. Para esses casos, a ampliação da capacidade do aeroporto somente se viabiliza se as ações se voltarem para o subsistema limitado.

In order to satisfy the continually growing demand for air transportation, further improvements has been demanded to increase airports' capacity. Usually, such effort requires significant resources, generating social and environmental concerns. When improving any airport facility, several systemic actions are required in order to ensure that such effort will actually be able to provide real benefits to the airport (as a whole), instead of just transferring the bottleneck through the system. In the present study, the operational capacities of two airside's subsystems are presented, showing those metrics for the top twenty Brazilian airports. As a result, only four of them indicate good balance between subsystems capacities, therefore, all the others are showing at least one subsystem that can be characterized as a bottleneck. For those cases, the expansion of the airport capacity is only possible through actions capable to solve capacity problems at the limited subsystem.

A Região Norte do Brasil compreende uma vasta superfície com escassez de infraestrutura de transportes em geral. Nesse trabalho se desenvolve um levantamento quantitativo e qualitativo da rede aeroportuária disponível na Região Norte do Brasil avaliando os atuais gargalos e propondo ações para que a Aviação Regional possa vir desempenhar seu papel de integração das espalhadas comunidades com os centros regionais.

The North region of Brazil comprises a wide area with scarcity of transport infrastructure in general. This paper aims to show a quantitative and qualitative analysis of available airport network in the northern Brazilian region. Some current bottlenecks are identified and some actions are proposed. In this region is important that the aviation can play its role of the integration of the scattered communities with the most important regional centers.