DESIGN WITH COMPOSITE DESIGN WITH COMPOSITE
MATERIALS
Progetto di strutture in materiale composito- slide 1
University of Padova University of Padova
Among of the oldest university in the World (fi t d t d t b k t 1222)
(first documents date back to 1222)
Fi t i It l f ll lit f h
First in Italy for overall quality of research
(ANVUR, July 2013)
TARGETS TARGETS
Th i t id th k l d d th
The course aims to provide the knowledge and the skills for the design of structural components made
f l i i i l bj d
of polymeric composite materials subjected to
static loading conditions and for the optimization of their structural response
Progetto di strutture in materiale composito- slide 3
Theoretical aspects, experimental characterization, FE analysis, y
applications
Design with composites
•
General characteristics of polymer composites outline of the main production processes andPreliminary outline
•
General characteristics of polymer composites, outline of the main production processes and comparison with other structural materials•
Teory dell'elasticity or anisotropic bodies•
Micro and Macro-mechanics of the unidirectional lamina (elastic and strength properties)Micro and Macro mechanics of the unidirectional lamina (elastic and strength properties)•
Classical Lamination Theory•
Strength criteria. Design for strength and stiffness of composite structures•
Thermal and edge effectsThermal and edge effects•
Design in the presence of notches, stress concentrations and joints•
Sandwich Structures•
Development of composite structures – Case historiesDevelopment of composite structures Case histories•
Introduction to damage mechanics and fatigue of composite laminates•
Seminar: Introduction to nanocompositesLaboratory activity outside the regular class schedule
•
Experimental characterization of composite laminates and NDT•
Manufacturing of composite parts by vacuum infusionManufacturing of composite parts by vacuum infusion•
Numerical analysis of composite structuresSuggested reading Suggested reading
•
M. Quaresimin "Introduzione alla progettazione con i materiali compositi" (Book in press by CLEUP)Class notes copies of the slides further material available via WEB Class notes, copies of the slides, further material available via WEB
(http://www.gest.unipd.it/~marinoq/) Other suggested text books:
Other suggested text books:
•
Bhagwan D. Agarwal, Lawrence J. Broutman, K. Chandrashekhara. Analysis and Performance of Fiber Composites 3rd Editionand Performance of Fiber Composites, 3rd Edition
•
Isaac M. Daniel, Ori Ishai. Engineering Mechanics of Composite Materials•
Robert M Jones Mechanics Of Composite MaterialsRobert M. Jones. Mechanics Of Composite Materials•
Derek Hull,T. W. Clyne. An introduction to composite materials•
Zenkert D The Handbook of Sandwich Construction EMAS PublishingZenkert D. The Handbook of Sandwich Construction, EMAS PublishingTeaching approach,
l d h d l
classes and schedule
• Classical lessons in teaching room (blackboard and chalks, slides)
• Integrative lessons and seminars by colleagues from academia and companies (as an example, Prof. Stephen Ogin, December)
• Design/research project and final presentation (in English!)
• L b i f d b i d i h i i
• Laboratories, free attendance but organised with a minimum number of students..
– Experimental labExperimental lab – Processing lab – FE lab
SCHEDULE and ROOMS (if possible, end before Christmas, need to include some extra lessons)
• M d B5 9 15 10 45
• Monday B5 9.15-10.45
• Tuesday B5 11.00-12.30
Final assessment Final assessment
Written test (three hours) with 4-5 questions, maximum mark 25
25.
Possibility of oral discussion for marks > 20 (max increment 2 points)
Design/research project : 1 5 points
Design/research project : 1-5 points
Master thesis
Thesis can be either theoretical or numerical works as well as
Master thesis
Thesis can be either theoretical or numerical works as well as experimental investigations. A combination of these activities is the best solution. Current topics: damage mechanics under cyclic loadings (multiaxial fatigue, bonded joints), multifunctional nanocomposites, nanomechanics
• Here at DTG
• Abroad, mainly in the frame of Erasmus: Amburg (DE), Abroad, mainly in the frame of Erasmus: Amburg (DE), Ghent (B), Lulea (S), Poitiers (F), Surrey (UK), Risoe (DK).
• Industrial projects Industrial projects
Planning time can be rather long! Start to get information
and show your interest before the end of the course
(December)!
Contact details Contact details
MARINO QUARESIMIN
Dipartimento di Tecnica e Gestione dei sistemi industriali Dipartimento di Tecnica e Gestione dei sistemi industriali
Università di Padova
Stradella S.Nicola 3, 36100 Vicenza
Tel 0444 998723 ; marino quaresimin@unipd it Tel. 0444-998723 ; marino.quaresimin@unipd.it
