Aerospace Science and Engineering
III Aerospace PhD-Days
Eds. Sara Bagassi, Dario Modenini, Marco Petrolo
Materials Research Proceedings Volume 33
Publication Date 2023, 408 Pages
print ISBN 978164490266-0 (release date October 2023)
ePDF ISBN 978164490267-7
DOI: 10.21741/9781644902677

The papers of this conference focus on the following topics: dynamics and control, navigation, aeroacoustics, fluid dynamics, human-machine interaction, structures, maintenance and operations, sustainability of aeronautics and space, space economy, propulsion, additive manufacturing, sensors, aerospace systems, aeroelasticity, artificial intelligence, and UAV (unmanned aerial vehicle).

Table of Contents

Autonomous navigation methods for spacecraft formation flying in cislunar space
Sergio Bonaccorsi

Relative visual navigation based on CNN in a proximity operation space mission
A. D’Ortona, G. Daddi

Enhanced radar detection of small remotely piloted aircraft in U-space scenario
Fausta Mattei

Prediction of aeroacoustics of deformable bodies with solid or porous surface through a boundary integral formulation
Beatrice De Rubeis

Numerical prediction of plasma formation on a sphere in hypersonic sub-orbital flight regime
Salvatore Esposito

Digital technologies and human-machine interaction in air traffic control operations
Marzia Corsi

DNS of momentum and heat transfer inside rough pipes
Mariangela De Maio

Exact solutions for free vibration analysis of train body by Carrera unified formulation (CUF) and dynamic stiffness method (DSM)
Xiao Liu, Alfonso Pagani, Dalun Tang, Xiang Liu

Condition-based-maintenance for fleet management
Leonardo Baldo, Andrea De Martin, Massimo Sorli, Mathieu Terner

Investigation of the space debris environment for a sustainable evolution of the space around the earth
Andrea Muciaccia, Mirko Trisolini, Lorenzo Giudici, Camilla Colombo

Innovative design methodology with LTO noise prediction capabilities for future supersonic aircraft
Grazia Piccirillo

Vibro-acoustic analysis and design optimization to improve comfort and sustainability of future passenger aircraft
Moruzzi Martino Carlo

Sonic boom CFD near-field analysis of a Mach 5 configuration
S. Graziani

Acoustic metamaterial design for aeronautical purposes
Giuseppe Catapane

Developing a methodology for Co-creation in aviation industry using extended reality technologies
Sandhya Santhosh, Francesca De Crescenzio

MATLAB code for highly energetic materials
A. Cucuzzella, Y. Caridi, S. Berrone, L. Rondoni, U. Barbieri, L. Bancallari

Probing the surface of Ganymede by means of bistatic radar with the JUICE mission
Brighi Giancorrado

Helicopter tracking error and input aggression for point tracking tasks under boundary avoidance situations
Qiuyang Xia

Exploring the use of a technology scouting methodology to integrate innovative solutions from startups into an aerospace industry
Giovanna Carrera, Luca Mastrogiacomo

High-fidelity simulation of a supersonic parachute for Mars descent
L. Placco, F. Dalla Barba, F. Picano

Recent advances in dynamical modeling and attitude control of flexible spacecraft
David Paolo Madonna

Analysis of composite beams, plates, and shells using Jacobi polynomials and NDK models
Daniele Scano

A metamodel based on basis spline hyper-surfaces for thermal simulation of the wire arc additive manufacturing process
Mathilde Zani, Enrico Panettieri, Marco Montemurro

Comparison of predictive techniques for spacecraft shock environment
Ada Ranieri

Enabling strategies for safe proximity operations to uncooperative and non-collaborative objects in Low Earth Orbit
Giacomo Borelli, Camilla Colombo, Gabriella Gaias

Mechanical properties of additively manufactured lattice structures through numerical BCC cell characterisation
Giuseppe Mantegna

Interplanetary trajectory design in high-fidelity model: Application to deep-space CubeSats’ cruises
Claudio Toquinho Campana

Micromechanical analysis for evaluation of voids effect on thermoelastic properties of composites via 1D higher-order theories
Rebecca Masia

Freeform Offner spectrometer for space applications
Doria Chiara, Guerri Irene, Pekala Grzegorz, Cremonese Gabriele, Naletto Giampiero, Taiti Alessio

A distributed nanosatellite attitude testing laboratory for joint research activities
Curatolo Andrea, Manconi Francesco, Lughi Chiara

Time domain aeroelastic analysis of wing structures by means of an alternative aeroelastic beam approach
Carmelo Rosario Vindigni

Development of accurate fluid-structure interaction models for aerospace problems
Andrea Rubino, Marco Donato de Tullio, Dario De Marinis, Maria Cinefra

A study of characteristic element length for higher-order finite elements
Jiahui Shen

On modelling damage in composite laminates using the Ritz method and continuum damage mechanics
Dario Campagna, Alberto Milazzo, Vincenzo Oliveri, Ivano Benedetti

Development of a flat-sat software for deep-space autonomous GNC hardware-in-the-loop testing
Davide Perico

How space technologies can address the impact of climate change on aeronautic and the aviation
Marianna Valente

Design and challenges of an IOD/IOV 12U Cubesat mission
Matteo Gemignani

Design of an orbit determination computer for AI autonomous navigation
Aurel Zeqaj

Simulations of vertical sloshing in a partially filled rectangular tank subjected to time-periodic excitation
Daniele Rossi

Storage and visualization on-the-ground and in near real-time of the data measured by the optical sensors connected to a flying test bench
Antonio Costantino Marceddu, Bartolomeo Montrucchio

HACK: a Holistic modeling Approach for Cubesat cyberattacKs
Salvatore Borgia, Francesco Topputo, Stefano Zanero

Optical fiber sensor fusion for aerospace systems lifecycle management
Alessandro Aimasso

An extended ordinary state-based peridynamics model for ductile fracture analysis
Jing Zhang, Qingsheng Yang, Xia Liu

Structural modeling of manufacture-induced gaps and overlaps by high-order unified finite elements
Alberto Racionero Sánchez-Majano

Integrated optical and X-ray pulsar methods for deep-space autonomous navigation based on an adaptive nonlinear filter
Sui Chen

iDREAM: A multidisciplinary methodology and integrated toolset for flight vehicle engineering
Giuseppe Narducci, Nicole Viola, Roberta Fusaro, Giuseppe Governale, Jasmine Rimani, Davide Ferretto

Could a remotely operated UAV fleet improve emergency response?
A. Avi, G. Quaranta

Innovative navigation strategies based on multiple signals for performance improvement of drone-based operations
Verdiana Bottino

Accurate characterization of the noise sources affecting BepiColombo’s radio tracking observables
David Bernacchia

Coupled 3D peridynamics and refined 2D finite elements models embedded in a globallocal approach
Marco Enea

Peridynamic simulation of elastic wave propagation by applying the boundary conditions with the surface node method
Francesco Scabbia, Mirco Zaccariotto, Ugo Galvanetto, Florin Bobaru

Photogrammetric analysis for inspection and damage detection: preliminary assessment and future extension to large-volume structures
Mattia Trombini, Domenico A. Maisano, Alfonso Pagani

Sensitivity analysis of analytically—corrected acoustic metamaterials into the spacetime domain
Giada Colombo

Simulation of flow field characteristics in gap between high-speed rocket sled slipper and track
Tianjiao Dang, Zhen Liu, Pierangelo Masarati

Improving satellite pose estimation across domain gap with generative adversarial networks
Alessandro Lotti

Towards a CO2 emission standard for supersonic transport: A Mach 2 concept case study
Oscar Gori

High-fidelity simulation of shock-wave/boundary layer interactions
A. Ceci