Course syllabus 210101_BDP - Engineering Mechanics I (FME - SS 2019/2020)Help


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University: Slovak University of Technology in Bratislava
Faculty: Faculty of Mechanical Engineering
Course unit code: 210101_BDP
Course unit title: Engineering Mechanics I
Mode of delivery, planned learning activities and teaching methods:
lecture2 hours weekly (on-site method)
37 hours per semester of study (combined method)
seminar2 hours weekly (on-site method)

 
Credits allocated: 6
 
Recommended semester/trimester: Applied Mechanics and Mechatronics - bachelor (compulsory), 2. semester
Applied Mechanics and Mechatronics (in english language) - bachelor (compulsory), 2. semester
Automation and Informatics of Machines and Processes - bachelor (compulsory), 2. semester
Automobiles and Mobile Production Machines - bachelor (compulsory), 2. semester
Automobiles and Mobile Production Machines (in english language) - bachelor (compulsory), 2. semester
Environmental Manufacturing Technologies - bachelor (compulsory), 2. semester
Environmental Protection Technologies - bachelor (compulsory), 2. semester
Measurement and Quality Management in Mechnical Engineering - bachelor (compulsory), 2. semester
Measurement and Quality Management in Mechnical Engineering (in english language) - bachelor (compulsory), 2. semester
Operational Technician of Transport and Production Technology - bachelor (compulsory), 2. semester
Production Processes and Materials - bachelor (compulsory), 2. semester
Production Processes and Materials (in english language) - bachelor (compulsory), 2. semester
Thermal Power Engineering Machinery and Equipment - bachelor (compulsory), 2. semester
Level of study: 1.
Prerequisites for registration: none
 
Assesment methods:
- written exam from equilibrium of a body in 3D and three theoretical questions;
- elaboration three tasks from equilibrium of a body, system of bodies and the trusses;
- assessmet of the protocol from the laboratory seminars.
During the term student must obtain minimal 12 points from written exam and its activity during the seminars (maximal points is 20).
The exam has two parts: written and oral. The written exam contains three theoretical questions three practical problems for solution. The questions are evaluated from 10 points to 15 points so, that the sum is maximal 80 points. Logical mistakes are evaluated by 0 points. Classification evaluation of the students: A (87-100) points, B (81-86) points, C (71-80) points, D (64-70) points, E (55-63) points.
 
Learning outcomes of the course unit:
In engineering mechanics, you will learn to construct and to solve mathematical models which describe the effects of a force and motion on a variety of structures and machines that are of interest for engineers. Applying the principles of mechanics we formulate these models, incorporating appropriate physical assumptions and mathematical approximations. In both, the formulation and solution of mechanical problems, frequently you will have opportunity to use the knowledge of plane and solid geometry, scalar and vector algebra, trigonometry, analytic geometry, numerical mathematics and calculus. Indeed, you are likely to discover new applications of these mathematical tools as to use it in mechanics.
Engineering mechanics -- Statics will teach you to understand, logically explain and to justify a lot of your everyday activities. Applications of the concepts learned in your personal activities will allow you to make things more safely, more effectively and better result will be reached. A logical access to the study of the Engineering me-chanics will make your study at the universities of technology easier. Engineering mechanics is an excellent tool for development of creative thinking and effective communication between other engineering subjects.
 
Course contents:
This subject contains the properties of forces, moments, couples and resultants, which are developed so that the student may proceed directly to the equilibrium of nonconcurrent force system without belaboring unnecessarily the relatively trivial problem of the equilibrium of concurrent forces acting on a particle. The concepts and categories of distributed forces, which characterized the centroids, mass centers and centers of gravity are introduced at the next part of statics. The category of distrib-uted forces includes the special topics of beams, flexible cable and fluid forces. Application of equilib-rium principles to simple trusses and to frames and machines is solved too. Special occasion is given of the friction where is characterized the phenomenon of dry friction and application on selected ma-chine. This subject presents too a consolidated introduction to virtual work with application limited to single-degree-of-freedom systems. Special emphasis is placed on the advantage of the virtual-work and energy methods for interconnected systems and stability determination. The kinematics of the particle and body is lectured, too.
 
Recommended or required reading:
Basic:
ŽIARAN, S. Technická mechanika. STATIKA. Bratislava: Nakladateľstvo STU, 2011. 388 p. ISBN 978-80-227-3568-1.
ŽIARAN, S. Engineering mechanics. STATICS. Bratislava: Nakladateľstvo STU, 2010. 400 p. ISBN 978-80-227-3369-4.
ŽIARAN, S. Technická mechanika. STATIKA. Bratislava: Vydavateľstvo STU, 2003. 357 p. ISBN 80-227-1863-7.
KRAIGE, G. -- MERIAM, J. Engineering mechanics STATICS. New York: John Wiley and Sons, Inc, 1992. 522 p. ISBN 0-471-90294-2.

 
Language of instruction: slovak or czech or english
 
Notes:
for the subject are needed the basics of higher mathemetics
 
Courses evaluation:
Assessed students in total: 2399

ABCDEFX
5,3 %8,8 %12,9 %19,4 %37,3 %16,3 %
Name of lecturer(s): Ing. Jana Harakaľová, CSc. (examiner, instructor, lecturer) - slovak
Ing. Ferdinand Havelka, PhD. (examiner, instructor) - slovak, english
prof. Ing. Peter Šolek, CSc. (person responsible for course)
Ing. Juraj Úradníček, PhD. (examiner, instructor)
 
Last modification: 11. 6. 2019
Supervisor: prof. Ing. Peter Šolek, CSc. and programme supervisor


Last modification made by Ing. Marianna Frajková on 06/11/2019.

Type of output: