Corso: Tecnologie e Materiali Aerospaziali II/Class: Aerospace Technologies and Materials II
Bibliografia/References
Lesson 1: Introduzione/Introduction
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Lesson 2: Leghe per alte temperature/High-temperature alloys
[1]
Askeland, D.: "The Science and Engineering of Materials", 3rd SI ed. Chapman and Hall, London, 1996; chap.13.6, 13.8
Lesson 3: Formatura superplastica e sinterizzazione/Superplastic forming and powder metallurgy
[2]
Groover, M.P.: “Fundamentals of Modern Manufacturing” John Wiley & Sons, Inc., Hoboken – New Jersey, 2007; chap.16
Lesson 4: Tecnologie sottrattive non convenzionali/Non-conventional subtractive technologies
[2]
Groover, M.P.: “Fundamentals of Modern Manufacturing” John Wiley & Sons, Inc., Hoboken – New Jersey, 2007; chap.26
Lesson 5: Legge costitutiva elastoplastica/Elastoplastic constitutive law
[3]
Malvern L. E., “Introduction to the mechanics of a continuous medium”, Prentice Hall, 1969; chap.6., 6.6
Lesson 6: Meccanismi di corrosione/Corrosion mechanisms
[1]
Askeland, D.R., “The Science and Engineering of Materials”, 3a ed., Chapman and Hall, 1996; chap.22
Lesson7: Tribologia/Tribology
[1]
Askeland, D.R., “The Science and Engineering of Materials”, 3a ed., Chapman and Hall, 1996; chap.22.
Lesson 8: Strutture Sandwich/Structural Sandwich composites
[4]
Allen, H.G.: “Analysis and Design of Structural Sandwich Panels” Pergamon Press, Oxford, 1969; (suggested)
Lessons 9-10: Strutture e caratteristiche dei polimeri/Structure and properties of polymers
[1]
Askeland, D.R., “The Science and Engineering of Materials” 3a ed. Chapman and Hall, 1996; chap.15
Lesson 11: Materiali compositi ibridi stratificati: FML/ Fiber Metal Laminates
[5]
A. Vlot: “Historical overview”, Fibre Metal Laminates: an introduction”, Edited by Vlot A., Gunnick J. W., Kluwer Academic Publishers,
Dordrecht, The Netherlands, 2001; chap. A, B, C
Lesson 12: Legge costitutiva viscoelastica ed iperelastica/ Viscoelastic and iperelastic constitutive laws for
polymeric materials
[3]
Malvern L. E., “Introduction to the mechanics of a continuous medium”, Prentice Hall, 1969; chap.6.2, 6.4
Lesson 13: Tecnologie sottrattive dei compositi/Subtractive technologies of composites
[6]
AA. VV.: “Engineered Materials Handbook – Volume 1: Composites” ASM International, Metals Park, Ohio, 1987; chap. 9
Lesson 14: Compositi a matrice metallica/Metallic Matrix Composites
[7]
Campbell, F.C.: “Manufacturing Technology for Aerospace Structural Materials”, Elsevier, Amsterdam NL, 2006; chap. 9
Lesson 15: Strutture Gossamer/Solid propellents Technologies – Gossamer structures
[8]
Ley W., Wittmann K., Hallmann W., “Handbook of Space Technology” J. Wiley Publ., Chichester UK, 2009; (suggested)
Lesson 16: Effetto della fatica e dell’ambiente sui compositi/Fatigue and environmental effects on
composites
[9]
Harris, B.: “Fatigue of Composite Materials” Butterworth, 1990. (suggested)
Lesson 17: Tecnologie speciali dei compositi/Infusion technologies
[7]
Campbell F.C. “Manufacturing Technology for Aerospace Structural Materials”, Elsevier, 2006; chap.7
Lesson 18: Compositi a matrice ceramica/Ceramic Matrix Composites
[7]
Campbell, F.C.: “Manufacturing Technology for Aerospace Structural Materials”, Elsevier, Amsterdam NL, 2006; chap. 10
Lesson 19: Sistemi di protezione termica/Thermal Protection Systems
[8]
[9]
Suggested - Ley W., Wittmann K., Hallmann W., “Handbook of Space Technology” J. Wiley Publ., Chichester UK, 2009; chap. 4.3
NASA “NSTS 1988 News Reference Manual “ http://science.ksc.nasa.gov/shuttle/technology/sts-newsref/
Lesson 20-21: Materiali e strutture intelligenti/Smart Materials and Smart Structures
[10] Smart Materials, Edited by Mel Schwartz CRC Press 2008, Print ISBN: 978-1-4200-4372-3, eBook ISBN: 978-1-4200-4373-0; chap. 9,
14, 20.1, 20.2
Lesson 22: MEMS and NEMS
[2]
Groover, M.P.: “Fundamentals of Modern Manufacturing” John Wiley & Sons, Inc., Hoboken – New Jersey, 2007; chap. 37, 38
Lesson 23: Rapid Prototyping
[2]
Groover, M.P.: “Fundamentals of Modern Manufacturing” John Wiley & Sons, Inc., Hoboken – New Jersey, 2007; chap. 34
Lesson 24: Meccanismi di degrado nei velivoli atmosferici/Damage Mechanisms of atmospheric vehicles
[11] Schiijve, J.: “Fatigue of Structures and Materials” Kluwer Academiker Publisher, 2001; (suggested)
Lesson 25: Meccanismi di degrado nei veicoli in ambiente spaziale/Damage Mechanisms of space vehicles
[12] J. Denver, B. Banks, K. de Groh, S. Miller, "Handbook of Environmental Degradation of Materials, chap. 23 - Degradation of Spacecraft
Materials", M. Kutz editor, William Andrew Publ., Norwich NY, 2005
Lesson 26: Tecniche di controllo non distruttive/Non-Destructive Inspection Techniques
[13] Kalpakijan, S. and Schmid, S.R.: “Manufacturing Engineering and Technology” 4th Edition, Prentice Hall Intl., London, 2001, chap.
36.10-12
Lesson 27: Tecniche di riparazione/Repair Techniques
[14] A. Brent Strong: “Fundamentals of Composites Manufacturing, Materials, Methods, and Applications”, 2nd Edition.
Manufacturing Engineers, 2009; (suggested)
Lesson 28: Biomimesi/Biomimesis
[15] Bar- Cohen, Y.: “Biomimetics – Biologically Inspired Tecnologies” CRC Taylor & Francis – Boca Raton, 2006; (suggested)
Society of