Jerzy Kaleta
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Teaching
Teaching Winter semester 2021/2022
Strength of materials 1
Tension lecture 1
Tension lecture 2
Tension lecture 3
Tension Lecture 4
Tension Lecture 5
Plane stress analysis 1
Plane stress analysis 2
Generalized Hooke’s law, exercises
Test 1A
Bending 1
Bending 2
Bending 3
Bending 4
Bending 5
Bending examples for the second test
Test 2 examples
Buckling 1
Zhuravskii formula
Teaching, Winter Semester 2020/2021
Strength of Materials
Tension lecture 2
Tension Lecture 3
Tension lecture 4
Tension lecture 5
Tension-compression
Plane stress analysis 1
Plane stress analysis 2
Generalized Hooke’s law, exercises
Bending 1
Bending 2
Bending 3
Bending 4
Bending 5
Bending Examples for 2nd test
Test 1 (Example exercises)
Teaching, summer semester 2020/2021
Castigliano’s theorem 1
Castigliano’s theorem 2
Curved bars, Castigliano’s theorem.pdf
Maxwell_Mohr method
Vereshchagin rule
Force method
Test 1, sample tasks
Force method 1
Force method 2
Thin walled vessels
Lame’s problem
Rotating disc
Test No 2 sample tasks
Teaching, summer semester 2019/2020
Force method
Force methods, frames, exercises
Force methods: beams exercises
On-line lectures
Maxwell-Mohr Method
Maxwell-Mohr Method: Introduction
Vereshchagin procedure: introduction
Menabrea-Castigliano’s theorem (Method of Least Work)
Strength of Materials II
Exercise set 1
Tests
Curved bars
Auxilary materials
Example exercises
Teaching summer semester 2021/2022
Strength of Materials II
Buckling 1
Zhuravskii formula
Torsion 1
Torsion 2
Castigliano’s theorem
Castigliano’s theorem 2
Curved bars Castigliano’s theorem
Maxwell–Mohr method.pdf
Vereshchagin rule.pdf
Force method
Test No 1 Sample tasks
Test no. 1 results (and comments)
Force method 1
Force method 2
Thin walled vessels
Lame’s problem
Test 2 (sample tasks)
Publications
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Maxwell–Mohr method.pdf
Maxwell_Mohr method
Polski
English
Department of Mechanics, Materials and Biomedical Engineering
Faculty of Mechanical Engineering
