Heavy Mobile Machinery Structures | Faculty of Technical Sciences

Subject: Heavy Mobile Machinery Structures (17.M2508A)

Type of studies	Title
Master Academic Studies	Mechanization and Construction Engineering (Year: 1, Semester: Winter)

General information:

Category	Professional-applicative
Scientific or art field	Projektovanje i ispitivanje mašina i konstrukcija, transportna tehnika i logistika
ECTS	5

Acquiring of advanced skills and knowledge of design, manufacturing, and operation of heavy machinery structures.

Making student qualified for the advanced individual work on the design, manufacturing, and monitoring of heavy machinery structures.

Structural forms of heavy machinery structures. Specific features of design of thin-walled structural members. Chosen problems of torsion and elastic stability of thin-walled structures of heavy mobile machinery. Moving load action. Flexible structure vibrations damping. Design and calculation proof of specific heavy machinery structure members (connection plates, lug plates, sag and tie rods, stiffeners, pinned connections, various forms of articulated joints etc.). Analysis of the stress/strain state by using software packages. Basics of optimization in structure members design. Technological adequacy, erection, usage and monitoring of steel structures. Recovery of structures damaged by fatigue.

Auditory lectures, theoretical part of the subject, accompanied with practice examples. Auditory, computational, laboratory, and computer aided practice classes. Students extend theoretical knowledge with practical examples in the auditory classes. Heavy machinery thin-walled structures are calculated in the computational classes. The gained theoretical knowledge is applied using the disposable equipment in laboratory classes. Computer aided classes include the application of commercial software for stress/strain state analysis. Individual student’s research activities. Individual consultations.

Authors	Title	Year	Publisher	Language
Roark, R.J.	Formulas for Stress and Strain	1975	McGraw-Hill International Book Company	English
SIMITSES, George J., HODGES, Dewey H.	Fundamentals of Structural Stability	2005	Butterworth-Heinemann Oxford	English
Farkas J., Jármai K.	Optimum Design of Steel Structures	2013	Springer, Berlin/Heidelberg	English

Course activity	Pre-examination	Obligations	Number of points
Presentation	Yes	Yes	10.00
Oral part of the exam	No	Yes	20.00
Lecture attendance	Yes	Yes	5.00
Project	Yes	Yes	30.00
Exercise attendance	Yes	Yes	5.00
Written part of the exam - tasks and theory	No	Yes	30.00