70/0090-M - WATER SUPPLY AND SEWERAGE AND WATER SUPPLY AND SEWERAGE LAB
Academic Year 2020/2021
Free text for the University
FRANCESCO VIOLA (Tit.)
- Teaching style
- Lingua Insegnamento
|[70/72] CIVIL ENGINEERING||[72/00 - Ord. 2013] PERCORSO COMUNE||10||100|
The educational objectives of the course of water supply and sewers systems are defined consistently with those reported in CdS form and more in detail can be described as follows:
Knowledge and understanding: the student at the end of the course will have knowledge of topics related to the civil aqueducts and sewage systems
Ability to apply knowledge and understanding: the student will be able to understand and interpret the water demand and the constraints given by local environment.
Autonomy Of judgment: the acquired knowledge, in theory and labs, allow the student to properly design an aqueduct and sewer, and to understand projects made by other professionals.
Communicative Skill: the student will acquire the ability to communicate, express and argue about the technical aspects of the aqueducts and sewers so as to be able to interface with other colleagues or policy makers.
Ability of learning: the student will learn methods and tools such as cost-benefit analysis, design for fixed return time, the use of specialized design support software.
To profitably attend this course some basic concepts of Physics and Math are necessary, while Hydraulics and Hydrology are mandatory.
Drinking water needs 3h
The quality of drinking water 2h
Hydraulic basic concepts 4h
Pipelines design 3h
Track of the supply network 3h
The devices of an aqueducts 4h
Construction of Pipelines 1h
Urban tanks 5h
Distribution networks 4h
closed-path networks supplied by a single tank 5h
Devices of the distribution network 4h
The water systems within buildings 2h
Pumping stations 1h
Sewer system types 11h
The hydraulic principle of invariance 2h
Attenuation of floods in urban context 4h
The materials used for the construction of aqueducts, sewers and internal systems: Cast iron, Ductile Iron, Steel, Copper, Lead, Asbestos Cement, Asbestos, Concrete ordinary, prestressed concrete, HDPE, LDPE, PCV, GRP, plywood. 3h
Determination of cost curves.3h
Design of a supply network.6h
Design of an urban water tank. 8h
Project of a distribution networ with the software EPANET. 8h
Project of a drainage system. 8h
Functioning of a pond aimed at the attenuation of floods in urban context. 6h
Main course: 60 hours of lectures
Laboratory: 40 hours of individual activity assisted by the teacher
Verification of learning
The course is integrated, so the evaluation is unique for course and workshop.
For the achievement of credits the student needs to mature before those of the laboratory.
Laboratory: compulsory attendance. Some meetings involve the exposure of practical material, other numerical exercises or graphics, with elaborate to produce and deliver within the next few weeks, others may provide technical visits. Overcoming of the laboratory is given by the active participation to classes / meetings and the production, even in groups of up to 5 students, of numerical exercises and graphics. The delivery of all exercises, in addition to frequency, produce laboratory credits. All exercises must be completed by June 15. After that date, the student can not attest to the frequency and the credits of the laboratory for the current year.
Course: written and oral exam with open questions related to the program carried out.
The grade obtained for the integrated course will be the average between the grade obtained at written and oral exams.
V. Milano - Acquedotti; Guida alla progettazione - Hoepli
AA.VV. CSDU - Sistemi di fognatura Manuale di progettazione - Hoepli
the slides used in the lectures, distributed by the teacher as a teaching classes, but not in any way replace the texts listed above, but must be considered as a tool to assist in the study.
Material distributed: gdrive folder