Following the successful 3rd European STAMP Workshop in Amsterdam (5-6 October 2015), organised by the Aviation Academy of the Amsterdam University of Applied Sciences, we are pleased to present to the academic and professional community this special issue including 11 out of the 22 contributions to …

The increase in renewable energy sources will require an increase in the operational flexibility of the grid, due to the intermittent nature of these sources. This can be achieved for the gas and the electricity grid, which are integrated by means of power-to-gas and vice versa, by applying gas and other …

Whereas in most studies conducted previously the effect of automation bias has been investigated in terms of an instantaneous decision, this study is aimed at quantifying its duration.

Luchtvaartfeiten.nl is een initiatief van de Aviation Academy van de Hogeschool van Amsterdam (HvA). Studenten en docenten delen kennis met politiek en publiek om te zorgen voor een discussie op basis van feiten. De feiten worden gepresenteerd in fact sheets: korte, bondige overzichten van actuele luchtvaartthema’s. …

Ultrasonic Verification is a new method for the monitoring large surface areas of CFRP by ultrasound with few sensors. The echo response of a transmitted pulse through the structure is compared with the response of an earlier obtained reference signal to calculate a fidelity parameter.

The automatic identification of unstable approaches from flight data by Coumou, Hunink and de Boer. Unstable approaches have been identified as a major risk factor in approach and landing accidents and runway excursions, but hardly ever lead to go-arounds despite strong safety initiatives.

Poster presentation: decentralized gas storage.

Identification of the requirements for a handheld computer in aviation maintenance by Goossen, Kuyper and de Boer. In many MRO departments problems are encountered with the use of manuals, task lists and ‘black books’ on paper. These problems are a critical factor for aviation safety and productivity …