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Item2D Maximum lift prediction of a three element airfoil(National Aerospace Laboratory NLR, 1998) Cock, K.M.J. de
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Item4D ATM cockpit: Set-up and initial evaluation(National Aerospace Laboratory NLR, 1996) Hoogeboom, P.J. ; Huisman, H.
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Item50-years Dutch helicopter-ship qualification(National Aerospace Laboratory NLR, 2016) Booij, P.J.A. ; Vorst, J. van der
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Item5th Gen Mission Planning : Integrated Systems and Algorithms(Netherlands Aerospace Centre NLR, 2021) Reus, A.J.C. de ; Vlasblom, J.I.D. ; Arents, R.R.D.
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ItemA challenging high-end data acquisition system in a harsh wind tunnel environment at high rotational speed(3AF, 2023) Bardet, S.M. ; Zutphen, W.J.C.M. van ; Fontaine, F.M. ; Faasse, P.R.NLR developed an advanced, high-performance data acquisition system for a generic engine test rig. The test rig is intended for wind tunnel use. The RDAS and MDAS subsystems are bespoke developments, supporting a total of 120 rotating and almost 700 stationary measurement channels. All measurements are made under harsh environmental conditions: wide temperature range and high vibration levels. The rotating section tolerates rotation up to 16,000 rpm.
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ItemA collaborative design method for the aircraft supply chain: multi-level optimization(Netherlands Aerospace Centre NLR, 2019) Wit, A.J. de ; Lammen, W.F. ; Timmermans, H.S. ; Vankan, W.J. ; Charbonnier, D. ; Laan, T. van der ; Ciampa, P.D.
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ItemA Large-Scale European Union Study of Aircrew Fatigue During Long Night and Disruptive Duties(Netherlands Aerospace Centre NLR, 2020) Sallinen, M. ; Dijk, H. van ; Aeschbach, D. ; Maij, A. ; Akerstedt, T.
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ItemA novel method for automated routing optimisation and equipment positioning in aero engine nacelles(Netherlands Aerospace Centre NLR, 2018) Vankan, W.J. ; Maas, R. ; Peyron, V.
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ItemA Pilot Study on Biobehavioural Measurements on Air Traffic Controllers in Remote Tower Operations(National Aerospace Laboratory NLR, 2017) Bos, T.J.J. ; Zon, G.D.R. ; Füredi, E ; Dudas, D ; Rohács, D
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ItemA Review on Education and Training Needs for Military Space Operations(NTSA, 2024) Caso, S. ; Tanis, T.P. ; Kleef, A.J.P. vanSpace is a dynamic and rapidly evolving domain, driven by the increased engagement across the commercial, scientific, governmental and military sectors. Particularly, operations in low Earth orbit (LEO), medium Earth orbit (MEO) and geostationary Earth orbit (GEO) play a vital role in sustaining infrastructures for daily on-Earth activities, e.g., global positioning system (GPS) and 5G. In 2019, a significant milestone was reached with the adoption of NATO’s Space Policy, officially recognizing space as a distinct operational domain alongside land, air, sea and cyberspace. This integration positioned space capabilities as an integral part to military strategies, supplying vital information for secure operations. Due to the growing dependency of space infrastructures, military personnel must be trained to be able to effectively operate space assets and to be prepared for hostile or environmental calamities. This paper conducted a state-of-the-art analysis of military training needs in the realm of space. A literature review was made, encompassing the current scientific literature in space training, with the latest topics from several space agendas outlined by relevant organizations and countries. In addition, interviews were conducted, complemented by surveys, in order to identify the current training gaps and areas for improvement. The findings identified several research gaps and needs related to training and education tools, with a specific emphasis on the Space Situational Awareness (SSA) and Space Traffic Management (STM) topics. These recommendations were particularly addressed to the recognizing and mitigating of potential calamities, a concern heightened by the dense presence of satellites in the Earth's orbit. Additionally, a training gap was identified within the use of satellite images for Intelligence, Surveillance & Reconnaissance (ISR) activities. These activities play a vital role in supporting military operations with their decision-making processes, by improving situational awareness on land, in air, and at sea. Finally, suggestions were made regarding the use of the latest technological tools.
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ItemA stochastic backscatter model for grey-area mitigation in detached eddy simulations(Netherlands Aerospace Centre NLR, 2016) Kok, J.C.
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ItemA systematic literature review of low-cost 3D mapping solutions(Elsevier, 2025) Balado Frias, J. ; Garozzo, R. ; Winiwarter, L. ; Tilon, S.M.In "low-cost" solutions, ensuring economic accessibility and democratizing the availability of emerging technologies stand as pivotal considerations. This study undertakes a systematic literature review of low-cost 3D mapping solutions. Leveraging SCOPUS as the primary database, a comprehensive bibliometric analysis encompassing 1380 publications was conducted, subsequently narrowing the focus to 87 recent publications for detailed review. This research endeavors to delineate the defining characteristics of low-cost systems, elucidate their principal applications and preferred platforms, assess accessibility level, gauge the extent of innovation in both hardware and software development, explore the contributions of Deep Learning and data fusion, evaluate the consideration of data quality, and examine the contemporary relevance of photogrammetry within low-cost context. The findings demonstrate that many authors subjectively use the term low-cost to highlight qualities of a technology, methodology or sensor, but challenges arise from data quality comparisons with high-cost systems.
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ItemA viable opportunity for fielding an aircraft Structural Health Monitoring system(Netherlands Aerospace Centre NLR, 2018) Bos, M.J.
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ItemAcceleration measurements on Sloshsat FLEVO for liquid force and location determination(National Aerospace Laboratory NLR, 2000) Vreeburg, J.P.B.
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ItemAccident Risk Assessment for Advanced Air Traffic Management(National Aerospace Laboratory NLR, 2001) Blom, H.A.P. ; Bakker, G.J. ; Blanker, P.J.G. ; Daams, J. ; Everdij, M.H.C. ; Klompstra, M.B.
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ItemAccident risk assessment for advanced ATM(National Aerospace Laboratory NLR, 1999) Blom, H.A.P. ; Bakker, G.J. ; Blanker, P.J.G. ; Daams, J. ; Everdij, M.H.C. ; Klompstra, M.B.
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ItemAccident risk assessment for airborne separation assurance(National Aerospace Laboratory NLR, 2002) Everdij, M.H.C. ; Blom, H.A.P. ; Bakker, G.J.
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ItemAccident risk assessment of simultaneous converging instrument approaches(National Aerospace Laboratory NLR, 2003) Blom, H.A.P. ; Klompstra, M.B. ; Bakker, G.J.
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ItemAccuracy analysis of propellant gauging systems(National Aerospace Laboratory NLR, 2013) Benthem, R.C. van
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ItemAccuracy Assessment of a Hemispherical Emissivity Measurement Facility(Netherlands Aerospace Centre NLR, 2019) Benthem, R.C. van ; Bloem, E.A. ; Grave, W. de