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Dettaglio Insegnamento

Contesto
Anno Accademico 2021/2022
Corso di Studi Dott. - MI (1378) Ingegneria Ambientale e delle Infrastrutture / Environmental and Infrastructure Engineering
Anno di Corso 1

Scheda Insegnamento
Codice Identificativo 056428
Denominazione Insegnamento PARTICLE-LADEN FLOWS: THEORY AND ENGINEERING APPLICATIONS
Tipo Insegnamento MONODISCIPLINARE
Crediti Formativi Universitari (CFU) 5.0
Programma sintetico The objective of this PhD Course is to provide an application-oriented yet theoretically rigorous overview of particle-laden flows, i.e., two-phase flows of solid particles within a carrier fluid (liquid or gas). These flows are encountered in many engineering fields, including but not limited to the mining industry, the oil & gas industry, and the hydraulic engineering. Students will learn how particle-laden flows can be characterized from a physical and engineering point of view, and they will be able to decide the most appropriate approach for handling these flows at the design level, including different techniques for the numerical simulation as well as the physical testing in laboratory setups. After discussing these aspects in a general framework, special attention will be paid to two phenomena of considerable industrial impact, namely, the liquid-solid transport in pipelines and the damage produced by the travelling solids on pipeline components and hydraulic equipment. The course will be divided in two parts. The first part will be given partly in the form of a MOOC, developed by the teachers in the context of a collaborative research project and available on the POLIMI-POK platform, and partly in the form of frontal lessons. The MOOC consists of 19 video-lessons organized into four weeks, dedicated to the following topics: fundamentals of particle-laden flows, simulations of particle-laden flows, transport of solids in pipeline systems, and solid particle erosion. For each of the first week of the MOOC: the teachers will introduce the topics of the video-lessons through a frontal lesson; the students will attend the video lessons and complement them with their own individual study; class activities including further deepening of the topics of the video lessons, document analysis, debate, project-based learning will be managed by the teachers. The second part will be dedicated to laboratories prepared by the teachers. Particularly, in two laboratories the students will simulate the turbulent slurry flow in a horizontal pipe and the erosion produced by a slurry jet. The will start from numerical setups and mathematical models already developed by the teachers, and execute the simulations critically analyzing the results by answering specific questions. The last Laboratory will consist of a visit at the Hydraulic Laboratory of Politecnico di Milano, where two apparatus for slurry erosion testing are present. The students will be provided an overview of the functioning of the two apparatus and the experimental methodology and, depending on the availability of the equipment, might also try to execute a wet direct impact test under the guidance of the teachers.
Settori Scientifico Disciplinari (SSD)
Codice SSD Descrizione SSD CFU
ICAR/01 IDRAULICA 5.0

Dettaglio
Scaglione Docente Programma dettagliato
Da (compreso) A (escluso)
A ZZZZ Messa Gianandrea Vittorio, Malavasi Stefano
manifestidott v. 1.7.0 / 1.7.0
Area Servizi ICT
12/08/2022