2023
DOI: 10.3384/9789180751117
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Evaluation of Aircraft Actuator Technologies

Abstract: The flight control actuation system is one of the most critical systems in an aircraft. A failure of this system cannot occur, since it would have catastrophic consequences. The environment it operates in is considered as highly demanding, with temperatures ranging from -50 to +60 degrees Celsius, speeds from 0 to Mach 2+ and G-forces from -3 up to 9. At the same time, the system shall be as small and lightweight as possible, since every gram and cm 3 will decrease the available payload and/or increase the tot… Show more

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Cited by 6 publications
(18 citation statements)
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“…[86] Compared to the extrusion process, the rolling process is more costly, and the number of rolling steps increases the cost of the process. [87] To minimize this, Stumper et al [88] studied the effect of the lithium foil geometries, line load, and roller temperature on the deformation behavior of the lithium foil to stablish a semiempirical model to predict the lithium processing and validity ranges. Unfortunately, the densification toward 0% has still not been solved by the industry.…”
Section: Rollingmentioning
confidence: 99%
“…[86] Compared to the extrusion process, the rolling process is more costly, and the number of rolling steps increases the cost of the process. [87] To minimize this, Stumper et al [88] studied the effect of the lithium foil geometries, line load, and roller temperature on the deformation behavior of the lithium foil to stablish a semiempirical model to predict the lithium processing and validity ranges. Unfortunately, the densification toward 0% has still not been solved by the industry.…”
Section: Rollingmentioning
confidence: 99%
“…Production innovation can be described as "the process of either increasing or developing a production capability" (Larsson, 2017;Romero et al, 2017), and hence "the ability of a production system (with its inherent technologies, resources, information, and management systems) to perform its intended task", i.e. to produce a product (Romero et al, 2017).…”
Section: Production Innovation: Expanding and Creating New Production...mentioning
confidence: 99%
“…The process of either increasing or developing a new production (manufacturing) capability together with the manufacturing firm's organisational (workforce) capabilities by implementing new production equipment and deploying a new work method for it in a production environment (Larsson, 2017;Romero et al, 2017). (Foster, 1985).…”
Section: Process Innovation Production Innovationmentioning
confidence: 99%
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“…Rooted in feminist and critical pedagogies, research employing the concept of science identity has generated crucial insights and understandings of processes influencing participation in science practices (e.g., Adams & Gupta, 2017;Avraamidou, 2020b;Beijaard et al, 2004;Carlone & Johnson, 2007;Gonsalves et al, 2019;Hazari et al, 2013Hazari et al, , 2020Jackson & Seiler, 2013;Moore, 2008;Ong et al, 2018;Rahm & Moore, 2016). Simultaneously, science identity research has diversified in terms of both education environment and level such as out of school (e.g., Archer et al, 2016), primary (e.g., Archer et al, 2013), middle (e.g., Tan et al, 2013), and secondary school education (e.g., Archer et al, 2017;Carlone, 2003;Hazari et al, 2010;Holmegaard et al, 2014) and has furthermore shaped understandings of tertiary science (e.g., Avraamidou, 2020b;Jackson & Seiler, 2013;Johansson, 2018) and science teacher education (e.g., Avraamidou, 2016;Larsson, 2019Larsson, , 2021. Despite generating valuable insights in diverse educational contexts, qualitative work on possible and impossible science identities in higher education biology is rather scarce.…”
Section: Introductionmentioning
confidence: 99%