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Prodotti della tipologia (ordinati per Data di deposito in Decrescente ordine): 1 a 20 di 38.184
Tipologia Anno Titolo Titolo inglese Autore File
Lauree magistrali 2025 Propagazione orbitale numerica e modellazione delle perturbazioni per satelliti in orbita terrestre mediante Orekit Numerical Orbit Propagation and Perturbation Modelling of Earth-Orbiting Satellites Using Orekit GHIDONI, GIANLUIGI
Lauree magistrali 2025 GNSS receiver state estimation via Factor Graph Optimization GNSS receiver state estimation via Factor Graph Optimization PASINETTI, ALESSANDRO LUDOVICO TIZIANO
Lauree magistrali 2025 Rilevamento e identificazione di marker luminosi mediante reti neurali per la stima della posa relativa in ambito aerospaziale Detection and identification of luminous markers using neural networks for relative pose estimation in aerospace applications MANCUSO, CHIARA
Lauree magistrali 2025 The TTC&GS Subsystem of the AlbaCubeSat Mission — Ground Station Software Architecture, Signal Chain, and ITU/IARU Regulatory Compliance The TTC&GS Subsystem of the AlbaCubeSat Mission — Ground Station Software Architecture, Signal Chain, and ITU/IARU Regulatory Compliance GRENA, MATTEO
Lauree magistrali 2025 Experimental Characterization of Hypervelocity Impact Fragmentation on Picosatellite Mock-ups Experimental Characterization of Hypervelocity Impact Fragmentation on Picosatellite Mock-ups DI LUCH, LORENZO
Lauree magistrali 2025 Infinite Wing: aerodynamic analysis of a novel wing concept for UAVs Infinite Wing: aerodynamic analysis of a novel wing concept for UAVs WARNAKULASURIYA FERNANDO, RASITH SAVINDA
Lauree magistrali 2025 UAV rotor wake interaction with asbestos wall UAV rotor wake interaction with asbestos wall PALTANIN, ANNA
Lauree magistrali 2025 Development of a 3D coupled finite-elements-vortex-lattice multifidelity solver for the simulation of a piezoelectric aeroelastic energy harvester Development of a 3D coupled finite-elements-vortex-lattice multifidelity solver for the simulation of a piezoelectric aeroelastic energy harvester LUZZETTI, CRISTIANO
Lauree magistrali 2025 Satellite Fragmentation Modeling for Rapid Secondary Impact Mitigation Response Satellite Fragmentation Modeling for Rapid Secondary Impact Mitigation Response JIRAPATHIRAN, HIRANPAKORN
Lauree magistrali 2025 Design and optimization of a satellite constellation for space debris observation Design and optimization of a satellite constellation for space debris observation COCCIMIGLIO, JACOPO
Lauree magistrali 2025 Biophysical and structural characterization of the oxalate decarboxylase from Bacillus pumilus 15.1 Biophysical and structural characterization of the oxalate decarboxylase from Bacillus pumilus 15.1 CURRELI, GIOVANNI
Lauree magistrali 2025 In search of a novel approach for the Detection of Weak Macrocyclic Inhibitors of Challenging Targets: A Proof-of-Concept Study on the Interleukin-23 Receptor In search of a novel approach for the Detection of Weak Macrocyclic Inhibitors of Challenging Targets: A Proof-of-Concept Study on the Interleukin-23 Receptor BATTINI, LUCIA
Lauree magistrali 2025 Effetto di nanoparticelle antimicrobiche e ipertermia magnetica contro batteri Effect of antimicrobial nanoparticles and magnetic hyperthermia against bacteria FACCO, GIULIA
Lauree magistrali 2025 Characterisation of a microglial NF-kappaB reporter cell line for investigating inflammatory responses Characterisation of a microglial NF-kappaB reporter cell line for investigating inflammatory responses VERZURA, ELENA
Lauree magistrali 2025 Effect of Lipid Composition on the Biopharmaceutical Properties of Exenatide-Loaded Lipid Nanoparticles for Oral Delivery Effect of Lipid Composition on the Biopharmaceutical Properties of Exenatide-Loaded Lipid Nanoparticles for Oral Delivery VEGA ZUMBADO, DAVID ANDRES
Lauree magistrali 2025 Studio in vitro di emoadsorbimento con la cartuccia Jafron HA380: rimozione extracorporea di Verapamil in pazienti critici In vitro study of hemoadsorption with the Jafron HA380 cartridge: extracorporeal removal of Verapamil in critically ill patients PETTINÀ, ANITA
Lauree magistrali 2025 Sintesi e caratterizzazione ottica di derivati solubili del pigmento chinacridone Synthesis and optical characterization of soluble quinacridone pigment derivatives GRECO, ANNA LUCIA
Lauree magistrali 2025 Sintesi, purificazione, isolamento e caratterizzazione di impurezze di antibiotici beta lattamici Synthesis, purification, isolation and characterization of beta-lactam antibiotic impurities BRAUN, MAGDALENA
Lauree magistrali 2025 Experimental Study of the Aerodynamic and Acoustic Effects of Propeller Diameter Variations in an Acoustic Wind Tunnel Experimental Study of the Aerodynamic and Acoustic Effects of Propeller Diameter Variations in an Acoustic Wind Tunnel AMBROSI, FEDERICO
Lauree magistrali 2025 Risoluzione dell'antibiotico resistenza in biofilm mediante sistemi di nanotecnologie Overcoming biofilm-mediated antibiotic resistance using nanotechnologydelivery TESSARIN, LAURA
Prodotti della tipologia (ordinati per Data di deposito in Decrescente ordine): 1 a 20 di 38.184
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Prodotti recenti

Propagazione orbitale numerica e modellazione delle perturbazioni per satelliti in orbita terrestre mediante Orekit

Accurate orbit propagation is essential for space applications such as geodesy, Earth observation, and space surveillance. This thesis investigates the numerical propagation of six passive geodetic satellites (Larets, LARES, Ajisai, Starlette, Stella, and WESTPAC-1) and the Sentinel-3A and Sentinel-3B satellites using the open-source Orekit library. The analysis evaluates the contribution of the main gravitational and non-gravitational perturbations by progressively increasing the complexity ...

GNSS receiver state estimation via Factor Graph Optimization

The data from a GNSS receiver mounted on a slow-moving vehicle can be processed to reconstruct the trajectory and state of the vehicle. With the same receiver and the same set of data, the accuracy of the reconstruction is strongly dependent on the processing technique. The simplest and most immediate technique is Least-Squares Estimation (LSE). Some well-established techniques are Kalman Filtering (KF) and its nonlinear version, Extended Kalman Filtering (EKF), together with smoothing approa...

Rilevamento e identificazione di marker luminosi mediante reti neurali per la stima della posa relativa in ambito aerospaziale

La tesi affronta il problema del rilevamento e dell’identificazione di LED infrarossi, utilizzati come marker visivi per supportare la successiva stima della posa relativa. Il problema è stato trattato mediante una procedura di object detection multiclasse, in cui ciascun LED deve essere localizzato all’interno dell’immagine tramite una bounding box e associato alla corretta etichetta identificativa. A tale scopo è stato utilizzato un dataset sperimentale composto da immagini acquisite in di...

The TTC&GS Subsystem of the AlbaCubeSat Mission — Ground Station Software Architecture, Signal Chain, and ITU/IARU Regulatory Compliance

AlbaCubeSat è un CubeSat 2U sviluppato da un gruppo studentesco dell'Università degli Studi di Padova. Nel presente lavoro si sviluppa il segmento di terra e la catena di comunicazione end-to-end del sottosistema TTC&GS (Telemetry, Tracking, Command & Ground Station). Si descrivono l'architettura software della stazione di terra, concepita come infrastruttura multi-missione, e la catena di elaborazione del segnale implementata in GNU Radio (modulazione GMSK). Un contributo centrale è l'analis...

Experimental Characterization of Hypervelocity Impact Fragmentation on Picosatellite Mock-ups

Il costante aumento dei detriti spaziali pone un rischio sempre maggiore per le operazioni spaziali. I detriti prodotti da esplosioni e collisioni di vecchi satelliti rappresentano la principale fonte di impatti, generando ulteriori frammenti. Dagli anni ’70 il NASA Orbital Debris Program Office ha modellato e cataloga to le nuvole di detriti in base alla dimensione dei frammenti e alla loro velocità. Il NASA SBM viene creato appositamente per prevedere la frammentazione di un possibile impat...

Infinite Wing: aerodynamic analysis of a novel wing concept for UAVs

This thesis investigates the aerodynamic performance of a conceptual Intelligence, Surveillance, and Reconnaissance Unmanned Aerial Vehicle (ISR UAV) featuring an innovative closed-wing architecture, designated the "Infinite Wing." Derived from Prandtl’s "Best Wing System" theory, this configuration theoretically minimizes induced drag, presenting a prominent opportunity for enhanced aerodynamic efficiency and reduced energy consumption in aviation. The primary objective of this study is to q...

UAV rotor wake interaction with asbestos wall

This master thesis aims to investigate the aerodynamic feasibility of deploying Unmanned Aerial Vehicles (UAVs) for automated asbestos abatement, addressing the critical physical contradiction between rotor downwash and asbestos friability. An initial analysis of the current state of the art will highlight the safety risks and inefficiencies in present procedures, justifying the need for an automated approach. A thorough study will then investigate the viability of implementing UAV technology...

Development of a 3D coupled finite-elements-vortex-lattice multifidelity solver for the simulation of a piezoelectric aeroelastic energy harvester

This thesis focuses on the development of a custom, modular, multi-physically coupled solver, operating in the time domain, for the simulation of a cantilevered piezoelectric energy harvester devoted to the generation of electrical power from flow-induced vibrations (FIV). The constituent modules have been developed and validated independently and later assembled for the construction of the final architecture. The structural module implements a linear Finite-Element Method (FEM) with two mixe...

Satellite Fragmentation Modeling for Rapid Secondary Impact Mitigation Response

According to present trends, a drastic increase in the number of objects in low Earth orbit (LEO) has prompted risk assessments of short-term secondary impact. As a result, the Secondary Impact Predictor (SIP) was architected to provide a rapid warning system for high-risk satellites within hours after a detected collision event. With the progress mainly concluded on the validation and optimization of the predictor itself, attention has to be turned to the fragment distribution of the satelli...

Design and optimization of a satellite constellation for space debris observation

The growth of the resident space object population has made space debris a critical threat to operational satellites, motivating the development of dedicated space surveillance systems. This thesis addresses the design and optimization of a satellite constellation for the optical observation of space debris, building on the heritage of the Space-Based Visible (SBV) sensor and proposing the VISDOMS observation system. A debris reference scenario is defined from established population databases...

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