Course syllabus 210653_IDP - Vibration and Noise of Transport Technology (FME - SS 2019/2020)Help

     Information sheet          ECTS          Syllabus          

     Slovak          English          

University: Slovak University of Technology in Bratislava
Faculty: Faculty of Mechanical Engineering
Course unit code: 210653_IDP
Course unit title: Vibration and Noise of Transport Technology
Mode of delivery, planned learning activities and teaching methods:
lecture3 hours weekly (on-site method)
seminar2 hours weekly (on-site method)

Credits allocated: 5
Recommended semester/trimester: Manufacturing Systems and Quality Management (in english language) - master (compulsory), 4. semester
Level of study: 2.
Prerequisites for registration: none
Assesment methods:
During the term the students actively participate on the lectures and experimental seminars, which can be evaluated on the end of semester by maximal 20 points. The result of the experimental seminars are technical reports (TP), where the quality of TR are evaluated. To pass the practice is necessary to obtain at least 11 points.
Exam, consisting of written and oral part is rated a maximum of 80 points. On successful completion of the exam should be obtained at least 55 points.
Students will get credits for the subject if they successfully complete the written tests and exam. Evaluation is done as follows: A 87-100 points B 79-86 points C 71-78 points 63-70 points D, E 55-62 points.
Learning outcomes of the course unit:
Obtain the knowledge about the methods of primary and secondary reduction of mechanical vibrations and sound waves (vibration) of the transport technology and movable and stationary machines. It based on the latest knowledge, information and theoretical and experimental research in the field of vibro-acoustic diagnostics of mechanical systems and monitoring their conditions, vibro-insulation of driving aggregates mounting and passive and active noise reduction methods. It also includes theoretical knowledge of the vibro-acoustic wave propagation through the body car and the structures of the transport technology and surrounding, the absorption principle vibro-acoustic energy materials and device technology and methods of measurement of dynamic loading of mechanical systems, structures, human and environment. The content follows the requirements of legislative documents of the EU (the Directive) and international and European standards aimed at reducing the dynamic load of the transport technology, machinery, mechanical systems, structures and environment.
Course contents:
1. Vibro-acoustic waves in rigid bodies – mechanical vibration.
2. Acoustic waves in fluids.
3. Time recorder and the frequency spectrum of the vibro-acoustic signals.
4. Reduction of vibration and noise by vibro-acoustic diagnostics.
5. Analysis of the causes and faults of the machines (mechanical systems).
6. Monitoring of the operational state as a tool for reducing vibration and noise.
7. Reducing noise and vibration hazards by means of vibro-isolation and modal analysis.
8. Vibration isolation elements.
9. Passive and active noise reduction methods.
10. Reducing noise by means of dampers.
11. Vibro-acoustic and acoustic materials, legislation.
12. Examples of reducing noise and vibration of mechanical systems.
13 Measurement equipment of vibration and noise.
Recommended or required reading:
Žiaran S. Low Frequency Noise and Vibration. Scientific Monograph, Issued by STU, Bratislava, 2016.
Žiaran S. Technical Diagnostics. Scientific monograph. Issued by STU, Bratislava, 2013.
Žiaran, S.: Vibration and acoustics. Vibration and noise control in the industry. Ed. STU, Bratislava 2006

Language of instruction: english or slovak
Courses evaluation:
Assessed students in total: 12

25,0 %33,3 %33,3 %0 %0 %8,4 %
Name of lecturer(s): prof. Ing. Miloš Musil, CSc. (examiner, instructor, lecturer) - english
prof. Ing. Peter Šolek, CSc. (person responsible for course) - english
Last modification: 1. 7. 2019
Supervisor: prof. Ing. Peter Šolek, CSc. and programme supervisor

Last modification made by Ing. Marianna Frajková on 07/01/2019.

Type of output: