Aerospace Science and Engineering – IV Aerospace PhD-Days, PDF eBook DRM Free


The 2024 proceedings on Aerospace Science and Engineering has 42 presentations, with authors from more than ten institutions, including delegates from China, Germany, Lithuania, and Switzerland.

Aerospace Science and Engineering
IV Aerospace PhD-Days
Eds. Andrea Alaimo, Antonio Esposito and Marco Petrolo
Materials Research Proceedings Volume 42
Publication Date 2024, 206 pages
print ISBN 9781644903186 (release date July 2024)
ePDF ISBN 9781644903193
DOI: https://doi.or/10.21741/9781644903193

The Aerospace PhD Days are organized by the Italian Association of Aeronautics and Astronautics, AIDAA, and are open to PhD students working on Aerospace Science and Engineering topics. The 2024 proceedings edition has 42 presentations, with authors from more than ten institutions, including delegates from China, Germany, Lithuania, and Switzerland. Many aerospace disciplines and topics were covered, such as fluid dynamics, structures, stratospheric balloons, maintenance and operations, UAV, dynamics and control, space systems, sustainability of aeronautics and space, aeroelasticity, multiphysics, space debris, aeroacoustics, navigation and traffic management, additive manufacturing, and human-machine interaction.

Table of Contents

CFD analysis of a hydrogen powered scramjet with multistage injection
O. Russo, M. Marini, P. Roncioni, F. Cascone, S. Di Benedetto, M. Albano, G. Ranuzzi

Selection of best beam theories based on natural frequencies and dynamic response obtained through mode superposition method
Pierluigi Iannotti

Design, realization and testing of an azimuth-stabilized modular stratospheric platform
Irene Marsili

Compressibility and wall-cooling effects on high-speed turbulent boundary layers
Michele Cogo, Mauro Chinappi, Matteo Bernardini, Francesco Picano

Digital optics and machine learning algorithms for aircraft maintenance
Salvatore Merola, Michele Guida, Francesco Marulo

Investigation of radiative needle flow dynamics with variable viscosity and thermal conductivity
Niba Kainat, Vincenzo Gulizzi

Modal analysis of hyperelastic structures in non-trivial equilibrium states via higher-order plate finite elements
Piero Chiaia

Novel approach to damage detection in laminated structures: modal damping as a damage indicator
Shabnam Kiasat

Continuum sensitivity analysis and improved Nelson’s method for beam shape eigensensitivities
Giuseppe Maurizio Gagliardi, Mandar D. Kulkarni, Francesco Marulo

Integrated process chain for crashworthiness assessment of innovative aircraft cabin layouts
Leonardo Marconi, Dieter Kohlgrueber, Michael Petsch

Reading, transmission, storage, and display of near real-time data acquired by fiber Bragg grating sensors installed on an unmanned aerial vehicle
Antonio Costantino Marceddu, Bartolomeo Montrucchio

Least-weight design of tow-steered composites
Dario Zamani

Influence of fiber misalignment on the thermal buckling of variable angle tows laminated plates
Francesca Bracaglia

2D higher-order theories for progressive damage model of composite structures based on Hashin and Puck failure criteria
Elisa Tortorelli, Salvatore Saputo, Erasmo Carrera

Simulation of post-grasping operations in closed-chain configuration using Kane’s method
David Paolo Madonna

Nonlinear dynamic modelling and performance of deployable telescopic tubular mast (TTM)
Tongtong Sun, Paolo Gasbarri, Lin Du, Zichen Deng

A short overview of hydrogen storage for sustainable aviation
Sergio Bagarello, Dario Campagna, Alberto Milazzo, Ivano Benedetti

Coupling VLM and DG methods for the aeroelastic analysis of composite wings
Dario Campagna, Alberto Milazzo, Ivano Benedetti, Vincenzo Gulizzi

Coupled thermoelastic analysis using 1D higher-order structural theories and finite elements
Martina Santori

Hybrid-triggered orbit-attitude coupled station keeping control of a spacecraft with pure thrusters
Hongyi Xie, Franco Bernelli-Zazzera

In situ space debris inspection: From observation to 3D reconstruction
Luca Lion, Chantal Cappelletti, Samanta Piano, Francesco Branz, Alessandro Francesconi

Integration of a low-cost camera system for smart agriculture aboard tethered balloons and drones
Federico Toson

High-fidelity simulation and low-order analysis for planetary descent investigation of capsule-parachute interaction
L. Placco, F. Dalla Barba, F. Picano

Active debris removal employing a robotic arm equipped CubeSat
Federico Basana, Francesco Branz, Alessandro Francesconi

Feedback control of a density-based space debris model to support the definition of efficient mitigation and remediation strategies
Martina Rusconi, Lorenzo Giudici, Camilla Colombo

Optimization strategies for a 16U CubeSat mission
Matteo Gemignani

Wing-aileron adaptive flutter suppression system
Carmelo Rosario Vindigni, Calogero Orlando, Antonio Esposito, Andrea Alaimo

Multi-fidelity approach for sonic boom annoyance
Samuele Graziani, Nicole Viola, Roberta Fusaro

Post mission disposal design: Dynamics and applications
Xiaodong Lu, Camilla Colombo

Evolutionary predictive model of the space debris environment
Wiebke Retagne, Lorenzo Giudici, Camilla Colombo

Model based systems engineering and concurrent engineering for space systems
Alessandro Mastropietro

Cislunar orbit dynamics with an application to space situational awareness
Mathilda Bolis, Elisa Maria Alessi, Camilla Colombo

Vision-based relative navigation system for autonomous proximity orbital operations
Matteo Forasassi, Giordana Bucchioni, Lorenzo Pollini

Short and long-term reconstruction of in-orbit fragmentation events
Francesca Ottoboni, Andrea Muciaccia, Camilla Colombo

Fuel-optimal low-thrust CAM with eclipse constraints
Eduardo Maria Polli, Juan Luis Gonzalo, Camilla Colombo

Multilayer and multifield analysis of origami deployable structures
Tommaso Sironi, Maria Cinefra, Andrea Troise

Towards a greener cosmos: Tool for integrating life cycle costs and sustainability for future space systems development
Sai Tarun Prabhu Bandemegala

A roadmap for the implementation of augmented reality solutions for airport control towers in an operative environment
Tommaso Fadda

Deep learning-based spacecraft pose estimation for the pre-capture phase scenario
Roman Prokazov

Space-based observation modeling method considering resident space object state uncertainty
Yifan Cai, Camilla Colombo

Numerical characterisation of additively manufactured components
Giuseppe Mantegna, Davide Tumino, Calogero Orlando, Andrea Alaimo

Extended reality-based human machine interface for drone monitoring in airport control tower environment
Marzia Corsi