#aeroelastic search results
A gathering around an #aeroelastic windtunnel model of a revolutionary aircraft, @BoeingAirplanes 367-80. Top left is Chief Aerodynamicist George Schairer, who had brought news of the German swept wing development from Europe, giving credence to the thinking of NACA’s R T Jones.
1/3 ✈ Discover FALCON's #objectives! 🎯Our primary mission is to enhance the design capabilities of the European industrial aircraft sector, focusing on fluid-structure interaction (FSI) phenomena to improve the #aeroelastic performances of aircraft.
🔥 Read our Paper 📚Impact of #Aerodynamic Interactions on #Aeroelastic Stability of Wing-Propeller Systems 🔗mdpi.com/2076-3417/14/1… 👨🔬by Nils Böhnisch et al. @RMIT #aeroelasticity #whirlflutter
In the framework of a #research program with University of Washington @UW, supervised by @polimi ASDL research laboratory, a short video showing the #flutter test of a clamped #aeroelastic wing model ✈ inside the @AerospacePoliMI #windtunnel. 📣 stay tuned for updates!
Find out the article published in the J Comput Sci by our N. Fonzi, V. Cavalieri, A. De Gaspari and S. Ricci who developed a new #aeroelastic framework for efficient and #open-source time marching simulations coupling #CFD and #FEM computations 📖doi.org/10.1016/j.jocs…
Excited for the results from #Aeroelastic tests of #TransmissionLines funded by #CAREER award. These will help better characterize #wind loads considering interaction of tower, conductor & insulator, leading to more #Resilient #Energy #Infrastructure.
Margarita uktopuniversities.com/margarita/ #Aeroelastic #Bridge #Collapse #College #D #Engineering #Flutter
Looking forward to present our #aeroelastic design of a #composite wind-tunnel model aimed to #gust alleviation at #AEC2021 by @CEASAirSpace & #PSAA in Warsaw, 23-26 Nov 2021. Two wings (one each) for a joint project @onera_en & @DLR_en | 🎦 simulated response to harmonic gusts
Parallel Session 43, High-performance membrane buildings & challenges: A. De Coster, M. Van Craenenbroeck, T. Tysmans, M. Mollaert & L. De Laet (@VUBrussel) present "Measuring the #aeroelastic movement of #fabric #structures" from our #Conference. youtu.be/i21GDH38iSY
🔔 A new Special Issue is open for submissions: "Structural Dynamics Modelling, #Aeroelastic Analysis and Experimental Verification Methods for #Aircraft Systems" ✍ Guest Edited by: Dr. Weizhe Feng, Prof. Wei Qian and Dr. Rafic M. Ajaj 📜 Check at: mdpi.com/journal/aerosp…
Tomorrow our colleague Álvaro González @CENER_Energia will talk about “Monitoring of state of health and performance of #windfarms based on #aeroelastic models and real operating conditions” at @EERA_SET JPWind & #SETWind Online Annual Event 2020. Don’t miss out! #EERAJPWind
Shake down. #aeroelastic #moulton #alexmoulton #newseriesdoublepylon #amnsdp #minivelo #cycle 場所: MOUNT instagram.com/p/B2IXBtKgbsa/…
#mdpiaerospace, Unsteady Lifting Line Theory Using the Wagner Function for the Aerodynamic and #Aeroelastic #Modeling of 3D Wings, mdpi.com/2226-4310/5/3/…
🔥 Read our Paper 📚 Impact of #Aerodynamic Interactions on #Aeroelastic #Stability of #Wing-#Propeller Systems 🔗 mdpi.com/2076-3417/14/1… 👨🔬 by Mr. Nils Böhnisch et al. 🏫 FH Aachen University of Applied Sciences / @RMIT
Our #aerolasticity course explores the most important #aeroelastic phenomena and will be of value to professionals working in the design and production of aircraft and helicopter components, wind turbine and other aerodynamic structures. Join the course: online-learning.tudelft.nl/courses/aeroel…
🔥 Read our Paper 📚Impact of #Aerodynamic Interactions on #Aeroelastic Stability of Wing-Propeller Systems 🔗mdpi.com/2076-3417/14/1… 👨🔬by Nils Böhnisch et al. @RMIT #aeroelasticity #whirlflutter
The Tacoma Narrows “Galloping Gertie” replacement’s 2,800-foot suspension spans link Kitsap Peninsula to Tacoma—opened 2007 with aero-stable design. #TacomaNarrows #Aeroelastic
📖 Preliminary Aero-Elastic #Optimization of a Twin-Aisle Long-Haul #Aircraft with Increased Aspect Ratio 🏫 Department of Aerospace Science and Technology - Politecnico di Milano 👉 Read here: mdpi.com/2226-4310/10/4… #aeroelastic #fuel #consumption #emission #assessment
🔥 Read our Paper 📚 Impact of #Aerodynamic Interactions on #Aeroelastic #Stability of #Wing-#Propeller Systems 🔗 mdpi.com/2076-3417/14/1… 👨🔬 by Mr. Nils Böhnisch et al. 🏫 FH Aachen University of Applied Sciences / @RMIT
🔔 A new Special Issue is open for submissions: "Structural Dynamics Modelling, #Aeroelastic Analysis and Experimental Verification Methods for #Aircraft Systems" ✍ Guest Edited by: Dr. Weizhe Feng, Prof. Wei Qian and Dr. Rafic M. Ajaj 📜 Check at: mdpi.com/journal/aerosp…
🔔 Check this paper in @Aerospace_MDPI "#Aeroelastic Tailoring of the Next Generation Civil #Tiltrotor Technological Demonstrator Composite Wing" ✍ Published by: Aniello Daniele Marano, Marika Belardo, et. al. 📜 More info at: mdpi.com/2226-4310/9/7/…
👏 #Highly_Cited_Article in @Aerospace_MDPI 📜 Title: "Static #Aeroelastic Optimization of High-Aspect-Ratio Composite #Aircraft_Wings via #Surrogate_Modeling" 🔗 Read via: mdpi.com/2226-4310/10/3… #compositematerials #structuraloptimization #lowfidelityaerodynamics #FEM
📢 We are thrilled to share the following publication in @Aerospace_MDPI with you： 📜 Title: Effect of #Aerodynamic Damping Approximations on #Aeroelastic Eigensensitivities 🔗 Link: mdpi.com/2226-4310/9/3/… #aeroelasticity #fluttersensitivities #eigensensitivities
🔜Hoy en la #ETSIAE, nueva lectura de #tesisUPM: “Experimental study of self-excited #aeroelastic instability in two-dimensional single-axis flat solar trackers”, por Juan Andrés Cárdenas Rondón. 🕚11:00h. en la Sala Torres Quevedo. @DelegacionAero @DoctoradoETSIAE #somosUPM
1/3 ✈ Discover FALCON's #objectives! 🎯Our primary mission is to enhance the design capabilities of the European industrial aircraft sector, focusing on fluid-structure interaction (FSI) phenomena to improve the #aeroelastic performances of aircraft.
Check out Netanel Chen and @AmirDGat's work! This is a proof of concept for using #elastic deflection to overcome the two-way coupling nature of #aeroelastic configurations, expressed as an integrodifferential equation. For more information, click here: tinyurl.com/8j4sw8vd
A gathering around an #aeroelastic windtunnel model of a revolutionary aircraft, @BoeingAirplanes 367-80. Top left is Chief Aerodynamicist George Schairer, who had brought news of the German swept wing development from Europe, giving credence to the thinking of NACA’s R T Jones.
Excited for the results from #Aeroelastic tests of #TransmissionLines funded by #CAREER award. These will help better characterize #wind loads considering interaction of tower, conductor & insulator, leading to more #Resilient #Energy #Infrastructure.
Find out the article published in the J Comput Sci by our N. Fonzi, V. Cavalieri, A. De Gaspari and S. Ricci who developed a new #aeroelastic framework for efficient and #open-source time marching simulations coupling #CFD and #FEM computations 📖doi.org/10.1016/j.jocs…
📚#Highly_Cited_Article in #Aerospace 📌"Aeroelastic Wing Planform Design Optimization of a Flutter UAV Demonstrator" 👔By Andreas Hermanutz and Mirko Hornung @TU_Muenchen @MDPIEngineering #aeroelastic #UAV_demonstrator #aircraft_design #MDO 👉Read via mdpi.com/2226-4310/7/4/…
Our #aerolasticity course explores the most important #aeroelastic phenomena and will be of value to professionals working in the design and production of aircraft and helicopter components, wind turbine and other aerodynamic structures. Join the course: online-learning.tudelft.nl/courses/aeroel…
Multi-fidelity nonlinear #aeroelastic analysis of a strut-braced ultra-high aspect ratio #wing configuration strathprints.strath.ac.uk/82160/ #aerospace #astronautics #aircraft #OpenAccess @MAE_Strath @edmondo_minisci @_MarcoFossati_ @icelab_uk @Stardust_H2020 @utopiae_network
🔥 Run high-fidelity #aeroelastic simulations 🚁 for rotor blades faster with an automated workflow. . . 👉 sie.ag/3NWM1HZ via @Siemens #Simcenter #Simulation #CFD #Innovation #Software #Tech
📚#Highly_Cited_Article in #Aerospace 📌"#Aeroelastic Stability Analysis of #Electric_Aircraft Wings with Distributed Electric #Propulsors" 👔By Mohammadreza Amoozgar et al. @HuddersfieldUni @SwanseaUni #electric_propulsion #unsteady_aerodynamics 👇mdpi.com/2226-4310/8/4/…
Margarita uktopuniversities.com/margarita/ #Aeroelastic #Bridge #Collapse #College #D #Engineering #Flutter
A gathering around an #aeroelastic windtunnel model of a revolutionary aircraft, @BoeingAirplanes 367-80. Top left is Chief Aerodynamicist George Schairer, who had brought news of the German swept wing development from Europe, giving credence to the thinking of NACA’s R T Jones.
1/3 ✈ Discover FALCON's #objectives! 🎯Our primary mission is to enhance the design capabilities of the European industrial aircraft sector, focusing on fluid-structure interaction (FSI) phenomena to improve the #aeroelastic performances of aircraft.
Looking forward to present our #aeroelastic design of a #composite wind-tunnel model aimed to #gust alleviation at #AEC2021 by @CEASAirSpace & #PSAA in Warsaw, 23-26 Nov 2021. Two wings (one each) for a joint project @onera_en & @DLR_en | 🎦 simulated response to harmonic gusts
Parallel Session 43, High-performance membrane buildings & challenges: A. De Coster, M. Van Craenenbroeck, T. Tysmans, M. Mollaert & L. De Laet (@VUBrussel) present "Measuring the #aeroelastic movement of #fabric #structures" from our #Conference. youtu.be/i21GDH38iSY
🔥 Read our Paper 📚Impact of #Aerodynamic Interactions on #Aeroelastic Stability of Wing-Propeller Systems 🔗mdpi.com/2076-3417/14/1… 👨🔬by Nils Böhnisch et al. @RMIT #aeroelasticity #whirlflutter
Excited for the results from #Aeroelastic tests of #TransmissionLines funded by #CAREER award. These will help better characterize #wind loads considering interaction of tower, conductor & insulator, leading to more #Resilient #Energy #Infrastructure.
✈️#Aeroelastic Assessments and Functional Hazard Analysis of a Regional Aircraft Equipped with #Morphing #Winglets 👉mdpi.com/2226-4310/6/10… ✍️By Maria Chiara Noviello, Ignazio Dimino, Antonio Concilio, Francesco Amoroso and Rosario Pecora, @UninaIT @CIRA_CSU
#MDPIaerospace Structural and #Aeroelastic Studies of Wing Model with Metal #AdditiveManufacturing for Transonic Wind Tunnel Test by NACA 0008 Example by Natsuki Tsushima, Kenichi Saitoh, Hitoshi Arizono and Kazuyuki Nakakita Full paper at: mdpi.com/2226-4310/8/8/…
Learn how to efficiently process flight test data and get deeper insight into the aircraft structural dynamics. Webinar: plm.automation.siemens.com/global/en/webi… #TechSim #aeroelastic #analysis #flutter
Tomorrow our colleague Álvaro González @CENER_Energia will talk about “Monitoring of state of health and performance of #windfarms based on #aeroelastic models and real operating conditions” at @EERA_SET JPWind & #SETWind Online Annual Event 2020. Don’t miss out! #EERAJPWind
🎈 Enjoy reading the #featurepaper published in the #IJTPP @MDPIOpenAccess journal in 2022: #Aeroelastic Stability of Combined Plunge-Pitch Mode Shapes in a Linear #Compressor Cascade mdpi.com/2504-186X/7/1/7 @imperialcollege @RollsRoyce @TUBerlin #turbomachinery #flutter
🔜Hoy en la #ETSIAE, nueva lectura de #tesisUPM: “Experimental study of self-excited #aeroelastic instability in two-dimensional single-axis flat solar trackers”, por Juan Andrés Cárdenas Rondón. 🕚11:00h. en la Sala Torres Quevedo. @DelegacionAero @DoctoradoETSIAE #somosUPM
#mdpiaerospace, Unsteady Lifting Line Theory Using the Wagner Function for the Aerodynamic and #Aeroelastic #Modeling of 3D Wings, mdpi.com/2226-4310/5/3/…
🔔 A new Special Issue is open for submissions: "Structural Dynamics Modelling, #Aeroelastic Analysis and Experimental Verification Methods for #Aircraft Systems" ✍ Guest Edited by: Dr. Weizhe Feng, Prof. Wei Qian and Dr. Rafic M. Ajaj 📜 Check at: mdpi.com/journal/aerosp…
📚#Highly_Cited_Article in #Aerospace 📌"#Aeroelastic Stability Analysis of #Electric_Aircraft Wings with Distributed Electric #Propulsors" 👔By Mohammadreza Amoozgar et al. @HuddersfieldUni @SwanseaUni #electric_propulsion #unsteady_aerodynamics 👇mdpi.com/2226-4310/8/4/…
📚#Highly_Cited_Article in #Aerospace 📌"Aeroelastic Wing Planform Design Optimization of a Flutter UAV Demonstrator" 👔By Andreas Hermanutz and Mirko Hornung @TU_Muenchen @MDPIEngineering #aeroelastic #UAV_demonstrator #aircraft_design #MDO 👉Read via mdpi.com/2226-4310/7/4/…
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