Subject 'Strength of Materials'

Year:   2007/2008    2008/2009    2009/2010    2010/2011    2011/2012    

An overview is given of the approach to materials in modern engineering science and evaluation of the state of materials at loading. The terms external and internal force, mechanical tension, deformation and displacement are explained. Mainly examples of bars are examined. The main relationships between strength and rigidity in calculations of bars are derived in the cases of simple and combined loading.

Strength of materials is the main prerequisite subject for a civil engineer in order to pass the programme of construction structures. In an applied higher educational establishment the theoretical part of the strength of materials is learned only to the extent necessary for substantial understanding of the calculation of structures.

The student who has passed the course of strength of materials is able to understand the calculation rules in standard documents of construction structures design. He/she knows how to use manuals, find necessary information from them and is able to use it.

Classroom work is divided into lectures and practical lessons. As laboratory work steel tensile and bending tests are performed. Homeworks are done for all topics as independent studying. There are two tests during the semester and the course assessment is a written exam.

1. Jaan Rohusaar, Tugevusõpetus ehitajatele, TTK 2005
2. Tugevusõpetuse näidisülesanded, Jaan Rohusaar, TTK 2008

2014: HE  TE  

2013: HE  TE  

2012: EI  TEI  

2011: EI  TEI  

2010: EI  TEI  

2009: EI  TEI  

2008: EI  TEI  

2007: EI  TEI  

2006: EI  TEI