Unit

TECHNICAL PHYSICS LABORATORY

Code	70A00020
CFU	4
Teacher	Federico Rossi
Teachers	Federico Rossi
Hours	16 ore - Federico Rossi 16 ore -
Learning activities	Affine/integrativa
Area	Attività formative affini o integrative
Sector	ING-IND/10
Type of study-unit	Opzionale (Optional)

MACHINE LABORATORY

Code	70A00021
CFU	4
Teacher	Francesco Fantozzi
Teachers	Francesco Fantozzi
Hours	32 ore - Francesco Fantozzi
Learning activities	Caratterizzante
Area	Ingegneria meccanica
Sector	ING-IND/08
Type of study-unit	Opzionale (Optional)
Language of instruction	Italian-english
Contents	Technologies and resources for energy transition, circular economy and emissions abatment
Reference texts	Slides
Educational objectives	Characterization and quantification of resources. Performance and layouts of plants and components. MAss and energy balances.
Prerequisites	none
Teaching methods	Frontal lessons
Other information	na
Learning verification modality	Written report on lab activity or technology. Info on facilities for students with special needs available at https://www.unipg.it/en/international-students/general-information/facilities-for-special-needs-students
Extended program	Biomass and waste characterization and quantification - Technologies: combustion -gasification - pyrolysis - Synthesis and bio-fuels: biodiesel, bioethanol, HVO, Fischer Tropsch, efuels, biogas and biomethane - Technologies for abatement of NOX, SOX, Trace elements, dioxins, VOC, PM.
Obiettivi Agenda 2030 per lo sviluppo sostenibile	7-11-12

LABORATORY SCIENCE OF CONSTRUCTION

Code	70A00022
CFU	4
Teacher	Giulio Castori
Teachers	Giulio Castori
Hours	32 ore - Giulio Castori
Learning activities	Affine/integrativa
Area	Attività formative affini o integrative
Sector	ICAR/08
Type of study-unit	Opzionale (Optional)
Language of instruction	Italian
Contents	The course covers the following main topics: beam theory, support and boundary conditions, solution of statically indeterminate structural systems by means of the Force Method, plasticity and strength criteria.
Reference texts	Recommended Textbooks: 1. Viola, E.: Esercitazioni di Scienza delle costruzioni (Volumi I e II). Pitagora, 1993. 2. Camiciotti, R., Cecchi, A.: Esercizi di Scienza delle Costruzioni (Volume III). Edizione Morelli, 1998. Didactic Materials: Lecture slides, problem sets with solutions, tables, videos, and other course materials are available through the Unistudium platform.
Educational objectives	The main objective of the course is to provide students with the fundamental knowledge required for a proper understanding of the basic concepts and principles of Structural Mechanics, enabling them to acquire the tools necessary for the structural analysis of one-dimensional members with different cross-sections and geometries. The course also includes laboratory activities on the mechanical testing of structures and structural materials, aimed at bridging theoretical concepts and experimental practice. The expected learning outcomes include: • Acquisition of knowledge (Dublin Descriptor 1): The Force Method for the analysis of statically indeterminate planar elastic structures; Stress representation and transformation, including the graphical representation of stress states through Mohr’s Circle; Plasticity, strength, and structural safety criteria. • Ability to apply theoretical knowledge to practical cases involving the analysis of plane elastic frame structures (Dublin Descriptor 2) and independent judgment in selecting suitable approaches for structural modelling and analysis (Dublin Descriptor 3), with reference to: The analysis of statically determinate and statically indeterminate structures; Stress and strain analysis at a point; The identification of design constraints and boundary conditions governing a structural problem; The interpretation of stress states through analytical and graphical methods, including the use of Mohr’s Circle.
Prerequisites	Successful completion of the Structural Mechanics course is a prerequisite for attending this course and for understanding the topics covered.
Teaching methods	Lectures and practical classroom exercises, during which the topics covered in the course are presented and discussed.
Other information	Further information is available on the Unistudium course page. The instructor is available for consultations at the end of each lecture. Additional meetings, either in person or via Microsoft Teams, can be arranged by appointment.
Learning verification modality	The examination consists of an oral assessment aimed at evaluating the student's level of knowledge and understanding of the theoretical and methodological topics covered in the course syllabus. As part of the examination, students will be required to solve a statically indeterminate structure using the appropriate analytical methods. In this context, students' ability to work independently, as well as the clarity, accuracy, and appropriateness of their technical language, will also be assessed.
Extended program	The course builds upon and complements the knowledge acquired in previous structural mechanics courses. In particular, starting from the concepts of the statics of bent beams, the following topics will be developed, with a strong emphasis on practical applications: 1. Review and advanced topics in Statics; 2. Beam mechanics: Support and boundary conditions; Beam kinematics; Beam statics; Calculation and graphical representation of internal action diagrams (axial force, shear force and bending moment); Internal releases and discontinuities; Analysis of statically indeterminate structures using the Force Method; Application of the Force Method to open statically indeterminate structures; Application of the Force Method to closed statically indeterminate structures; 3. Plasticity and Strength Criteria: stress–strain relationship; structural safety verification based on the Tresca and Von Mises failure criteria.
Obiettivi Agenda 2030 per lo sviluppo sostenibile	• Goal 4: Quality Education • Goal 9: Industry, Innovation and Infrastructure