Page du cours ✏️
- STATICA (STATICS)
- 30013
- Description
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Objectives
The aim of the course is to provide the basics of the kinematics and statics of rigid bodies and systems of connected rigid bodies. Specifically, the course explains the methods in order to identify the statically determinate, indeterminate and unstable structures and to evaluate the internal loads of statically determinate structures. The subjects of this course are important for the comprehension of the next course of Scienza delle costruzioni/Mechanics of Structures.
Course Program
Rigid motions. Constraint concept. Kinematic analysis of systems of rigid bodies: kinematically labile, isodetermined and hyperdetermined system. Kinematic chains. Statics of rigid bodies. Active and reactive forces. Cardinal equations of statics. Calculation of constraint reactions. Static analysis of systems of rigid bodies: statically indeterminate, determinate and impossible system. Principle of virtual jobs for rigid body systems. Static and kinematic duality. Indefinite equilibrium equations for the beam. Differential method and direct method for calculating stress characteristics in isostatic framed structures. Calculation of trusses. Geometry of masses and flat surfaces: center of gravity, static moments, moments of inertia, transport and rotation formulas.
Texts adopted
L. Nunziante, L. Gambarotta, A. Tralli, Scienza delle costruzioni, McGraw-Hill, Milano, 2008. E. Viola, Esercitazioni di scienza delle costruzioni, vol. I e II, Pitagora editrice, Bologna, 1986. L. Nunziante, Scienza delle costruzioni, cinematica - statica, Jovene editore, Napoli, 2000. Lecture notes. Topics of the exam. - Crédits ECTS
- 6
- Langue d'enseignement
- italiano
- Langue d'examen
- English/italiano
- Langue des supports pédagogiques
- italiano/English
- Acquis d'apprentissage fondamentaux
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- Ability to think independently and critically for process improvement and ability to engage in life-long learning.(F12_G11 - Basic learning outcome G11 (related to final LO F12) - CEB - Ability to think independently and critically for process improvement and ability to engage in life-long learning. )
- Ability to solve linear algebra; geometry; differential geometry; differential and integral calculus; differential and partial derivative equations; numerical methods; numerical algorithms; statistics and optimization.(F1_B1 - Basic learning outcome B1 (related to final LO F1) - CEB - Ability to solve linear algebra; geometry; differential geometry; differential and integral calculus; differential and partial derivative equations; numerical methods; numerical algorithms; statistics and optimization.)
- Ability to demonstrate the fundamentals of the behaviour of structures, such as: reinforced concrete, metal, steel and concrete composite, masonry or timber structures.(F6_C6 - Basic learning outcome C6 (related to final LO F6) - CEB - Ability to demonstrate the fundamentals of the behaviour of structures, such as: reinforced concrete, metal, steel and concrete composite, masonry or timber structures. )
- Ability to analyse the stability of structures.(F8_EA1 - Basic learning outcome EA1 (related to final LO F8) - CEB - Ability to analyse the stability of structures. )
- Ability to conduct linear analysis of different types of determinate and indeterminate structures.(F8_EA2 - Basic learning outcome EA2 (related to final LO F8) - CEB - Ability to conduct linear analysis of different types of determinate and indeterminate structures.)
- Acquis d'apprentissage terminaux
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- Ability to analyse, design and assess CIVIL STRUCTURES(F6 - CEB - Ability to analyse, design and assess CIVIL STRUCTURES )
- Catégorie de cours
- Entité de gestion (faculté)