Three-dimensional structures based on a modified Negative Stiffness Honeycomb approach were investigated for the development of novel reusable crash absorbers. Check out the new paper by CrashLab just published on the International Journal of Crashworthiness. 👉 Link to the paper https://lnkd.in/dc2mem9K? #crashlab Politecnico di Milano Alessandro Giustina
AerospacePoliMi
Fabbricazione di componenti per il settore aeronautico e aerospaziale
Milano, Italia 11.730 follower
Department of Aerospace Science and Technology of Politecnico di Milano
Chi siamo
Three elements lie behind the foundation of the Department of Aerospace Science and Technology (DAER): the worldwide importance of the aerospace engineering field, a keen awareness of the role of a technical University in this field and a solid background in aerospace engineering at Politecnico di Milano. Our vision is to be internationally recognized as one of the leading institutions in the world’s aerospace community, pursuing excellence in research, education and knowledge transfer. The mission of the Department aims at achieving highly ambitious scientific, educational and societal goals: - to preserve and advance knowledge in aerospace engineering through cutting edge research in order to find solutions to present and future demands of society; - to intensively pursue fundamental research to provide solutions for tomorrow’s problems; - to create and develop forefront technologies to play a proactive role in our partnership with the aerospace industry; - to provide students with a solid background in aerospace engineering and train qualified engineers for leadership positions in several technical fields in society; - to make the Department a leader in the national and international aerospace community. DAER is now carrying out research and training activities in a broad aerospace context, focusing in particular on the most advanced and challenging engineering fields. By virtue of its inherited tradition and nature, the Department’s activities will transcend the limits of the aerospace field and will export advanced technologies to other areas of human civilization. The Department’s activities will affect different areas of society, including the effectiveness, efficiency and safety of atmospheric and space vehicles, environmental protection in aerial transportation, the exploitation of wind as a source of energy, the exploration of space, the training of highly professional engineers.
- Sito Web
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http://www.aero.polimi.it
Link esterno per AerospacePoliMi
- Settore
- Fabbricazione di componenti per il settore aeronautico e aerospaziale
- Dimensioni dell’azienda
- 51-200 dipendenti
- Sede principale
- Milano, Italia
- Tipo
- Istruzione
- Settori di competenza
- Aerodynamics, Aircraft and Spacecraft Structures, Wind Energy, Helicopters and Advanced Rotorcraft Configurations, Design and Control of UAV Systems, Robotics Systems for Space Applications, Space Missions and Trajectories Design, Space Situational Awareness, Fluid Dynamics, Electric and Hybrid-Electric Aircraft, Materials for Aerospace e Flight Testing
Località
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Principale
Via La Masa, 34
Milano, Italia 20156, IT
Dipendenti presso AerospacePoliMi
Aggiornamenti
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FIRST TECHNICAL MEETING FOR THE ASI-ISTAR PROJECT On July 10th, we had the opportunity to co-organize and attend the first technical meeting for the ISTAR project at the Italian Space Surveillance and Tracking Operations Center (ISOC) in the military base of Pratica di Mare. This collaboration is the result of an agreement between Agenzia Spaziale Italiana and Politecnico di Milano for the scientific-technical support to Aeronautica Militare in the Space Surveillance and Tracking #SST field, involving other research institutions as Università degli Studi di Napoli Federico II, Università degli Studi di Padova, and Institute of Information Science and Technologies. The covered topics encompass Space Traffic Management #STM, fragmentation analysis, atmospheric re-entry, sensor tasking, telescope image processing, and #RSO characterisation. SPIRE PoliMi COMPASS PoliMi Camilla Colombo Pierluigi Di Lizia Riccardo Cipollone Sebastian Samuele Rizzuto Paola Grattagliano Alessia De Riz Mathilda Bolis Alessandro Mignocchi Francesca Ottoboni
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🎇 FESTA D'ESTATE DAER 2024 - ANNUAL DAER REUNION 18 luglio 2024, l'estate è decisamente arrivata e come di consueto è andato in scena il tradizionale #DAER SUMMER PARTY, un bel momento di serenità per tutti gli amici DAER che hanno così l'occasione di ritrovarsi, prima delle meritate ferie, e soprattutto di vivere sempre nuove esperienze legate al mondo dell'aerospazio. Quest'anno la festa si è svolta in una location davvero unica, il Civico Osservatorio Astronomico di Rozzano che sorge nel parco del Centro Culturale Cascina Grande, polo culturale della città e sede della Biblioteca Civica. Caldo e zanzare non hanno fermato gli oltre 200 partecipanti che, in compagnia di amici e famiglie, si sono riuniti per trascorrere ore spensierate, allietate da due attività insolite e interessanti. Grazie all'appassionato Gruppo Astrofili di Rozzano, si sono aperte in esclusiva per il DAER le porte dell'Osservatorio. Gli astrofili hanno narrato la nascita e le attività della Cupola e dei suoi spazi e hanno accompagnato i presenti in due magici momenti di osservazione del Sole e della Luna con l'ausilio dei loro incredibili telescopi. Inoltre, le bibliotecarie e i bibliotecari della Biblioteca Cascina Grande hanno mostrato e raccontato con dedizione gli edifici e la storia del Centro Culturale, un complesso agricolo ottocentesco trasformato in un moderno polo di opportunità informative, di documentazione, di svago culturale, di formazione, a disposizione della cittadinanza. Padroni di casa e ospiti d'eccezione alla festa, il Sindaco di Rozzano, Gianni Ferretti, e il Vicesindaco, Maria Laura Guido, che hanno accolto e salutato il DAER, precedendo l'immancabile discorso del Direttore Marco Lovera. ℹ News e foto sul nostro sito https://lnkd.in/degEchP5 Grazie a tutti per la partecipazione e buone vacanze! Politecnico di Milano Laura Dalzini
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Stratospheric airships featuring ion-plasma thrusters - first sizing results obtained in project IPROP through the design code Morning Star. 👉 Link to the paper https://lnkd.in/dwxzNSwg #IPROP Carlo E.D. Riboldi Stefano Cacciola Raffaello Terenzi Giuseppe Familiari
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#PhDAER Seminar: EUROPA: A MODELER’S VIEW OF AN ICY MOON 📌 Wednesday July 24, 2024, at 14:30 - Dipartimento di Scienze e Tecnologie Aerospaziali, Politecnico di Milano, Sala Consiglio DAER, Second Floor, Campus Bovisa, Via La Masa, 34, Milano (MI) 🔊 Stefano Boccelli, NASA Goddard Space Flight Center ℹ https://lnkd.in/dPh8FqCX #DAER #AerospacePoliMi Federico Piscaglia
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#PhDAER Seminar: SPACE LOGISTICS: APPLICATIONS OF OPERATIONS RESEARCH TO IN-SPACE INFRASTRUCTURE DESIGN 📌 Monday, July 22, 2024, at 11:00 - Dipartimento di Scienze e Tecnologie Aerospaziali, Politecnico di Milano, Sala Consiglio DAER, Second Floor, Campus Bovisa, Via La Masa, 34, Milano (MI) 🔉 Yuri Shimane, Georgia Institute of Technology ℹ https://lnkd.in/dys5v_TD #DAER #AerospacePoliMi Gabriella Gaias
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📰 LUMIO MISSION APPROVED BY THE EUROPEAN SPACE AGENCY The European Space Agency - ESA has officially approved the LUMIO mission, led by Politecnico di Milano. After the successful completion of the Phase B in late 2023, the approval of the following phases represents a fundamental milestone for the project. In the next years, the detailed design and the development of the CubeSat will continue during Phases C and D. The Phase E, which foresees the launch and operation of the satellite, is currently scheduled for 2027. The LUMIO mission is framed within ESA’s GSTP and as such it has received support from the national delegations of Italy (ASI), Norway (NOSA), Sweden (SNSA) and UK (UKSA). LUMIO (Lunar Meteroid Impacts Observer) is a 12U CubeSat, where a Unit stands for a cube of 10 cm edge. The mission main objective is to monitor the Lunar far side to detect flashes produced by the impact of meteoroids on the Lunar surface. The spacecraft will reach the Moon after a 3-month transfer along an extremely efficient trajectory. Then, it will move on a “halo” orbit around the Earth-Moon L2 Lagrangian point, which allows a permanent monitoring of the lunar far side. The gathered data will be used to refine the meteoroid flux models hitting the Earth-Moon system. The high frame-rate images acquired by the LUMIO-Cam will be processed aboard and in real time; these will be downloaded on ground for further processing. The European consortium for the LUMIO mission is made of Politecnico di Milano, ARGOTEC , Leonardo, IMT, Nautilus - Navigation in Space, S[&]T Norway, LMO, and ECAPS. The DART Team - Polimi group within Politecnico di Milano’s Department of Aerospace Science and Technology leads the consortium and is responsible for the mission analysis, the guidance, navigation, and control system, the autonomous navigation experiment, the scientific elaboration of mission data, and the management of the project. Argotec leads the CubeSat system design, Leonardo is responsible for the LUMIO-Cam payload design, IMT develops the X-band transponder and the solar array drive mechanism, and Nautilus (a joint spin off company from Politecnico di Milano and University of Bologna) designs the ground segment and the flight dynamics operations. Moreover, S&T Norway will be responsible for the on-board payload data processing unit design to process the data gathered by the LUMIO-Cam. ECAPS in Sweden will design and produce the main thruster of the platform, while LMO in UK will be in charge of the main propulsion and reaction control system design to perform orbital manoeuvres and support attitude control. For further information, please visit the European Space Agency (ESA) website at: https://lnkd.in/eniuVi8C https://lnkd.in/ec6dvFMX Francesco Topputo #DAER #AerospacePoliMi
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#PhDAER Seminar: MULTI-BODY MODELLING AND CONTROL OF FLEXIBLE STRUCTURES FOR FINE POINTING SPACE MISSIONS 📌 Thursday, July 18, 2024, from 14:00 until 15:00- Dipartimento di Scienze e Tecnologie Aerospaziali, Politecnico di Milano, Sala Consiglio DAER, Second Floor, Campus Bovisa, Via La Masa, 34, Milano (MI) 🔉 Prof. Francesco Sanfedino, ISAE-SUPAERO. In this talk Prof. Francesco Sanfedino will present a multi-body approach developed in ISAE for modelling a flexible spacecraft and designing robust control solutions by coping with all design uncertainties. Several applications of this method to real scenarios, like mitigation of micro-vibrations in space telescopes and in-orbit estimation of vibration sources, will be outlined during the seminar. ℹ News on our website https://lnkd.in/dbMYhw_D #DAER #AerospacePoliMi Paolo Panicucci DART Team - Polimi
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With thermal imaging, you can see through the pitch black, making it a game-changer for spacecraft navigation when your target disappears in an eclipse. This article by Matteo Quirino and Michèle Lavagna unveils a method to create thermal images of space objects, ready to be used to test your navigation pipeline. 👉 Link to the paper https://lnkd.in/d9MEHm7D #DAER #AerospacePoliMI Politecnico di Milano
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Check out the latest publication from SIAMS Lab! The paper presents a novel macro-scale modeling technique developed as part of the AMACA project based on our biphasic approach. The goal is to provide tools supporting the design of reusable and damage-tolerant CMC hot structures. 👉 Link to the paper https://lnkd.in/dff--vXm #DAER #AerospacePoliMi Edoardo Novembre Alessandro Airoldi Marco Riva Antonio Maria Caporale