Subject: Fundamentals of Mechanical Engineering (06 - URZP14)


Basic Information

CategoryAcademic-general educative
Scientific or art field:
InterdisciplinaryNo
ECTS8
Course specification

Course is active from 24.10.2012..

Introduction to the basics of mechanical and engineering professions, calculation, technology and construction of mechanical components and systems.
Students obtain theoretical and practical knowledge necessary for understanding the process of interest in mechanical engineering. The knowledge acquired will be used to develop and implement in further education in the vocational subjects and practical work.
The force balance, the basic principles of statics. The links and connections reactions. Basic equations of equilibrium. Hypotheses optornosti materials. Voltage, dilatation, axially loaded rods. Hooke law. Statically indeterminate problems. Shear. Torsion bars. Bending beams. Buckling. Fundamentals of Kinematics of particle and rigid body. The underlying dynamics of particle and rigid body. General definition and classification of machine elements. Standardization and standard numbers. The surface roughness. Tolerance. The basic mechanical properties of mechanical materials. Load of machine parts. Mechanical behavior of elements under the action of load. Writing, critical and computationally allowed voltages. Safety of machine elements. Elements for achieving Separable and inseparable connection links. Screw conveyors. Mechanical conveyors. Friction couples. Chain pairs. Gear pairs. Worm pairs. Shafts, axles and pins. Elements of the connection shaft and hub. Rolling bearings. Plain bearings. Coupling. Spring. Physical properties of the fluid. Fluid statics. Fluid pressure on flat and curved surfaces. Bernoulli's equation. Pipe Problems - form with losses. Pipeline with turbomachinery. Complex pipelines. Highlighting the hole and sleeve. Flow measurement. Pumps, compressors, fans.
Lectures, exercises, homework, tuition. Lectures presents the basic principles and general methods. On exercises to solve tasks that illustrate the application of these methods in solving practical engineering problems. During the semester, two tests are organized to replace passing the written (practical) and oral exam. Colloquia are part of it, but the theory is calculated as the oral and written tasks such. If a student does not pass through the tests exam, then the exam is to just those who did not pass the preliminary exams during classes.
AuthorsNameYearPublisherLanguage
S. Simić, R. MaretićOsnove mehanike2007FTN Novi SadSerbian language
S. KuzmanovićMašinski elementi - oblikovanje, proračun i primena2012FTN Novi SadSerbian language
M. BukurovOsnovi mehanike fluida2012Skripta FTNSerbian language
M. Bukurov, B. Todorović, S. BikićZbirka zadataka iz osnova mehanike fluida2011FTN Novi SadSerbian language
F. ZieglerMechanics of Solids and Fluids1998Springer-Verlag, New YorkSerbian language
Course activity Pre-examination ObligationsNumber of points
TestYesYes10.00
Exercise attendanceYesYes5.00
HomeworkYesYes20.00
Coloquium examYesYes30.00
Lecture attendanceYesYes5.00
Theoretical part of the examNoYes30.00
Name and surnameForm of classes
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Glavardanov Valentin
Full Professor

Lectures
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Rackov Milan
Associate Professor

Lectures
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Knežević Ivan
Assistant - Master

Practical classes
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Knežević Ivan
Assistant - Master

Computational classes