Structural Statics

Theoretical foundations and necessary knowledge in the field of structural statics.

Understanding the assumptions and consequences of technical theory of beams. Ability to recognize types of structures as well as the principles of their formation and distribution of influence. Ability to handle statically determined structures. Ability to handle statically indeterminate structures.

Technical theory of beams. Linear systems in the plane - static analysis.Linear systems in the plane - kinematic analysis. Statically determined systems - structural analysis. Methods for solving statically determined structures. Structures composed of one kinematically rigid plate. Structures composed of two or more kinematically rigid plates. Structures composed of a chain of plates. Trusses. The principle of virtual forces. Determination of generalized displacements of statically determined structures. Statically indeterminate systems - general considerations. Force method - Determination of generalized displacement of a statically indeterminate structures. Conditional equations of the force method - Principle of virtual forces. Application of the kinematic method to statically indeterminate structures.

1. G.Radenković, Statika linijskih nosača u ravni, Građevinski fakultet, Beograd, 2007

   (Original)

2. S. Ranković, Zbirka zadataka iz teorije konstrukcija, Građevinska knjiga, Beograd

   (Original)

3. A. Borković, D. Majstorović, Statika linijskih nosača u ravni, Univerzitet u Banjoj Luci, Arhitektonsko-građevinsko-geodetski fakultet, Banja Luka, 2019

   (Original)

Class attendance 2 points, Class activity 8 points, 1st colloquium 20 points, 2nd colloquium 20 points, Final exam 50 points.

Independent preparation and defense of 2 annual assignments during the semester is mandatory. The deadline for defending annual assignments is the beginning of next semester. Students who do not pass the colloquia during the semester, take remedial colloquia in terms of regular exam period.