Lectures

01 Introduction to Mechanics of Materials. Geometrical Properties of Cross Sections of a Rod (Part 1)

02 Geometrical Properties of Rod Cross Sections (Part 2)

03 Principal Hypotheses and Assumptions in Mechanics of Materials

04 Axial (Tension-Compression) and Torsional deformations

05 Plane Bending Deformation. Diagrams of Internal Forces

06 Plane Bending Deformation. Diagrams of Internal Forces (Continued)

07 Fundamentals of the Theory of Stress

08 Two-dimensional (Plane) Stress State. Graphical Method of Stress State Analysis

09 State of Strain at a Point of Deformable Solid

10 Material Testing in Tension and Compression

11 Strength and Rigidity of a Bar in Tension and Compression

12 Strength of a Bar in Torsion

13 Strength of a Bar in Pure Bending

14 Strength of a Bar in Transverse Bending

15 Deflections of Beams

16 Deflections of Beams (Continued)

17 Strength Analysis in Combined Stresses

18 Combined Loading of a Bar System (part 1)

19 Combined Loading of a Bar Systems (part 2)

20 Generalized Forces and Generalized Displacements

21 Mohr’s Method for Calculation of General Displacements

22 Analysis of Statically Indeterminate Bar Systems by the Force Method

23 Examples to lecture 22

24 Continuous (Multispan) Beams and the Method of Three Moments

25 Buckling of Columns (Part 1) Short version

25 Buckling of Columns (Part 1)

26 Buckling of Columns. Inelastic Buckling (Part 2) (Short version)

26 Buckling of Columns. Inelastic Buckling (Part 2)

27 Stresses in symmetrical shells

28 Strength under Cyclic Stresses (Part 1)

29 Strength under Cyclic Stresses (Part 2)

30 Impact Loading

 

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