Program Overview

Program Overview

The University program in question is the Concrete Structures 2 course, which is part of the undergraduate academic studies in Civil Engineering at the Faculty of Civil Engineering in Subotica.

Course Details

• Lectures: Prof. Danica J. Gol
• Exercises: Assistant Ivana Peri
• Study Program: Civil Engineering
• Type and Level of Study: Undergraduate academic studies
• Status of the Course: Mandatory
• Number of ECTS: 4
• Prerequisite: Concrete Structures 1

Course Objective

The objective of this course is for students to acquire knowledge about the calculation, design, reinforcement, and execution of AB crane tracks and foundations, surface AB carriers, AB shells, bunkers, and silos. Students will also become familiar with the basic principles and elements of industrial construction of reinforced concrete structures.

Course Outcome

Upon completing this course, students will be able to independently calculate, adopt the quality of materials, shapes, dimensions, and reinforcement of AB crane tracks and foundations, surface AB elements and structures, AB shells, bunkers, and silos, and graphically represent them for the purposes of constructing projects. They will also have a basic understanding of the fundamental principles of industrial construction of AB structures.

Course Content

Theoretical Instruction

1. AB plates. Design. Calculation of static influences. Dimensioning. Reinforcement.
2. Full AB plates with a rectangular base carrying in one direction.
3. Full AB plates with a rectangular base carrying in two orthogonal directions.
4. Full AB plates with a trapezoidal, triangular, and circular base.
5. AB ribbed ceilings.
6. AB cassette ceilings.
7. AB mushroom ceilings.
8. AB stairs.
9. Semi-assembled and assembled AB inter-story structures. AB crane tracks.
10. AB foundations.
11. AB wall carriers.
12. AB multi-story skeleton buildings - structure and calculation.
13. AB shells and polyhedral surface carriers.
14. AB bunkers and silos - structure and calculation.
15. Industrial construction of AB elements: plates, beams, columns, frames, and pedestals. Static-constructive characteristics, manufacture, transport, and assembly of elements.

Practical Instruction

Exercises follow the theoretical instruction.

Literature

1. Group of authors: Handbook for the application of PBAE'87, Graevinska knjiga, Belgrade, 1991.
2. D. Gol: Collection of solved exam tasks from Concrete Structures I, Faculty of Civil Engineering Subotica, Subotica, 2016.
3. SRPS EN 1992-1-1 Eurocode 2 - Design of concrete structures - Part 1-1: General rules and rules for buildings, Institute for Standardization of Serbia, 2015.
4. . Radosavljevi, D. Baji: Reinforced Concrete 3, Graevinska knjiga, Belgrade, 1989.
5. I. Tomii: Concrete Structures, DHGK, Zagreb, 1996.
6. D. Najdi: Concrete Structures, Groknjiga, Belgrade, 1995.

Methods of Conducting Classes

Theoretical instruction, exercises, seminar papers, consultations.

Number of Hours of Active Teaching

• Lectures: 2
• Exercises: 2

Assessment of Knowledge

Pre-exam Obligations

• Activity during lectures: 5 points
• Practical instruction: 5 points
• Colloquiums and seminar papers: 30 points

Final Exam

• Written exam: 30 points
• Oral exam: 30 points