Idraulica

Course objectives

TThe main objective of this course is to introduce to fluid properties, fluid flow behavior at rest and in motion. The fundamental equations for one-dimensional steady flows will be derived first, and then they will be applied to the study of simple pipe and open-channel flows systems. Knowledge and understanding: description and characterization of the fluid (water) behavior in static and dynamic conditions; Applying knowledge and understanding: understand and characterize the environment in its hydraulic aspects; learn how describe the hydraulics of an area of interest; Making judgements: carry out exercises and activities in group and/or individually; Communication skills: learn how to frame a specific problem and the possible solutions; Learning skills: we expect the student will be able to manage the fluid flow description both in its theoretical and practical aspects; a basic knowledge in hydraulics is fundamental in several courses of Master degree.

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STEFANIA ESPA Lecturers' profile

Program - Frequency - Exams

Course program
FLUID PROPERTIES Fluid properties: definitions; frame of reference; quantity of interest and their measurements (10 hours) FLUID STATICS AND KINEMATICS (30 hours) Statics: laws and applications. Pressure distribution in a fluid mass at rest, pressure measure (20 hours) kinematics : uniform and steady flows; velocity tensor gradient and its physical meaning, flow regimes (10 hours) FLUID DYNAMICS (40 hours) Dynamics: basic principles and applications, conservation laws (mass, momentum, energy) Energy conservation: the total head, the Bernouilli equation One dimensional flows (pipe and open channel flows) Real flows: distributed and local head losses Similarity theory Basic turbulence PRACTICAL APPLICATIONS Hydraulic systems: uniform and permanent pipe and open channel flows (10 hours). (the considered hours include both theory and practice)
Prerequisites
Basic physics and mathematics
Books
Lecture notes provided by the teacher.
Teaching mode
Both the theorethical and the practical aspects of each physical problem included in the programme will be addressed in class. Also, intermediate tests to verify the state of the knowledge will be organized 'in itinere'.
Frequency
Not mandatory but strongly encouraged
Exam mode
Written and oral exam. A sufficient mark at the written test is mandatory to acceed to the oral test.
Lesson mode
Both the theorethical and the practical aspects of each physical problem included in the programme will be addressed in class. Also, intermediate tests to verify the state of the knowledge will be organized 'in itinere'.
  • Lesson code10589238
  • Academic year2024/2025
  • CourseSustainable Building Engineering
  • CurriculumCurriculum unico
  • Year2nd year
  • Semester1st semester
  • SSDICAR/01
  • CFU9
  • Subject areaEdilizia e ambiente