Faculty of Technical Sciences

Subject: Structural Analysis 2 (17.GG26K)

General information:
 
Category Professional-applicative
Scientific or art field Theory of Construction
ECTS 6

Obtaining knowledge necessary for the stress and strain analysis of statically indeterminate 1D structures due to permanent and moving loads.

Being qualified to calculate and analyse all types of statically indeterminate 1D structures used in structural engineering. Acquired knowledge can be used in succeeding advanced courses and in professional practice.

Linear beam teory equations overview. Conventional and matrix formulation. Statically indeterminate structures. Force method: basic system, conditional equations evaluation and solution, solution check. Displacement calculation. Influence line evaluation for statically unknown forces and internal forces. Influence lines for displacements. Elastic centroid. Symetric structures. Matrix analysis of frame structures: elementary unknown and basic notion. Plane structures: beam stiffness matrix, reaction vector, base stiffness matrix, transformation matrix, compability matrix, conditional equations, boundary conditions, node displacement evaluation, node forces evaluation. Truss structures. Orthagonal frames. Spatial girders. Continual girders. Software application for structural analysis.

Lectures, numerical - graphical practice, consultations. Practise are held in groups according to course content from lectures. Requirements for taking the exam are positively evaluated individual tasks, as wellthe required success at the partial examination or completed seminar paper.

Authors Title Year Publisher Language
Wilson E.L. Three-Dimensional Static and Dynamic Analysis of Structures 2002 Prentice Hall English
Course activity Pre-examination Obligations Number of points
Project Yes Yes 30.00
Coloquium exam No No 20.00
Oral part of the exam No Yes 40.00
Coloquium exam No No 20.00
Practical part of the exam - tasks No Yes 30.00
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Assoc. Prof. Rašeta Andrija

Associate Professor

Lectures
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Assoc. Prof. Džolev Igor

Associate Professor

Lectures

Assistant - Master Mirjanić Jelena

Assistant - Master

Practical classes

Assistant - Master Mirjanić Jelena

Assistant - Master

Computational classes
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Assistant - Master Nožica Tanja

Assistant - Master

Computational classes

Faculty of Technical Sciences

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© 2024. Faculty of Technical Sciences.