Mechanics of Materials

 
1
Assortment of Steel Products.
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2
Examples and Problems in Mechanics of Materials.

UDK: 539.319(075.8)

Деменко В.Ф.  Задачі та приклади з механіки матеріалів.  Напружено-деформований стан в околі точки пружно-деформованого твердого тіла/ В.Ф. Деменко. – Х.: Нац. аерокосм. ун-т “Харк. авіац. ін-т”, 2009. – 292 с. 

Examples and Problems in Mechanics of Materials. Stress-Strain State at a Point of Elastic Deformable Solid/ V. Demenko. – Kharkiv: National Aerospace University “Kharkiv Aviation Institute”, 2009. – 292 p.

ISBN 978-966-662-208-5

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Fundamental Terms and Concepts in Mechanics of Materials. English-Russian-Ukrainian Lexicon.

UDK: [811.111 + 811.161.1 + 811.161.2]: 620.22 (03) 

Fundamental terms and concepts in mechanics of materials. English-Russian-Ukrainian Lexicon / N. Doroshenko, M. Demenko, Ye. Pyzina, A. Shevchenko, V. Demenko. – Kharkiv: National Aerospace University “Kharkiv Aviation Institute”, 2010. – 76 p.

Основные понятия механики материалов: англо-русско-украинский словарь /Н. Дорошенко, М. Деменко, Е. Пызина, А. Шевченко, В. Деменко. – Х.: Нац. аэрокосм. ун-т “Харьк. авиац. ин-т”, 2010. – 76 с.

Основні поняття механіки матеріалів: англо-російсько-український словник /Н. Дорошенко, М. Деменко, Є. Пизіна, А. Шевченко, В. Деменко. – Х.: Нац. аерокосм. ун-т “Харк. авіац. ін-т”, 2010. – 76 с.

ISBN 978-966-662-217-7

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4
Geometrical Properties of Plane Areas

UDK: 811.111:621.002:539.4(075.8)

Geometrical Properties of Plane Areas/ V. Demenko. – Kharkiv: National Aerospace University “Kharkiv Aviation Institute”, 2006. – 90 p.

Геометричні характеристики площ/ В.Ф. Деменко. – Навч. посібник. – Харків: Нац. аерокосм. ун-т “Харк. авіац. ін-т”, 2006. – 90 c.

ISBN 966-662-144-4

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5
Mechanical Testing of Structural Materials

Mechanical Testing of Structural Materials/ V. Demenko. – Kharkiv: National Aerospace University “Kharkiv Aviation Institute”, 2012. – 50 p.

 
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Physical Principles of Structural Materials Selection

UDK: 620.22 (075.8)

Physical Principles of Structural Materials Selection/ Ya. Karpov, V. Demenko, P. Lepikhin, O. Popova, V. Sikulskiy, A. Taran, I. Taranenko, T. Jastremska. – Textbook. – Kharkiv: National Aerospace University “Kharkiv Aviation Institute”, 2004. – 403 p.

Фізичні принципи вибору конструкційних матеріалів/ Я.С. Карпов, В.Ф. Деменко, П.П. Лепіхін, О.Г. Попова, В.Т. Сікульський, А.О. Таран, І.М. Тараненко, Т.А. Ястремська. – Навч. посібник. – Харків: Нац. аерокосм. ун-т “Харк. авіац. ін-т”, 2004. – 403 c.

ISBN 966-662-118-5

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Structural Materials Handbook

UDK: 620.22 (075.8)

Structural materials/ Ya. Karpov, V. Demenko, P. Lepikhin, O. Popova, R. Shevchuk, V. Sikulskiy, I. Taranenko, T. Yastremska – Handbook – Kharkiv: National Aerospace University “Kharkiv Aviation Institute”, 2005. – 246 p.

Конструкційні матеріали/ Я.С. Карпов, В.Ф. Деменко, П.П. Лепіхін, О.Г. Попова, Р.П. Шевчук, В.Т. Сікульський, І.М. Тараненко, Т.А. Ястремська. – Довідник. – Харків: Нац. аерокосм. ун-т “Харк. авіац. ін-т”, 2005. – 246 с.

ISBN 966-662-125-8

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8  

Deflections and Slopes of Beams

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Lectures

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

Lecture 02. Geometrical Properties of Rod Cross Sections (Part 2)

Lecture 03. Principal Hypotheses and Assumptions in Mechanics of Materials

Lecture 04. Stresses in Elastic Solid

Lecture 05. Plane Bending Deformation. Diagrams of Internal Forces

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

Lecture 07. Fundamentals of the Theory of Stress

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

Lecture 09. State of Strain at a Point of Deformable Solid

Lecture 10. Material Testing in Tension and Compression

Lecture 11. Strength and Rigidity of a Bar in Tension and Compression

Lecture 12. Strength of a Bar in Torsion

Lecture 13. Strength of a Bar in Pure Bending

Lecture 14. Strength of a Bar in Transverse Bending

Lecture 15. Deflections of Beams

Lecture 16. Deflections of Beams (Continued)

Lecture 17. Combined Stresses. Basic Strength Theories

Lecture 18. Combined Loading of a Bar System (part 1)

Lecture 19. Combined Loading of a Bar System (part 2)

Lecture 20. Generalized Forces and Generalized Displacements

Lecture 21. Mohr’s Method for Calculation of General Displacements

Lecture 22. Analysis of Statically Indeterminate Bar Systems by the Force Method

Lecture 23. Examples to Lecture 22

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

Lecture 25. Buckling of Columns (Part 1)

Lecture 25. Buckling of Columns (Part 1). Short version

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

Lecture 27. Stresses In Symmetrical Shells

Lecture 28. Strength Under Cyclic Stresses

Lecture 29. Strength Under Cyclic Stresses (continued)

Lecture 30. Impact Loading

 

Exams

Exam-cards (semester III)

Exam-cards (semester IV)

 

Examples of solutions and design jobs

 

Home Problem 01. Geometrical Properties of Composite Plane Area

Home Problem 02. Graphs of Normal Force Distribution in Tension-Compression

Home Problem 03. Graphs of Torsional Moment Distribution in Torsion

Home Problem 04. Graphs of Shear Force and Bending Moment Distribution in Plane Bending (Cantilevers)

Home Problem 05. Graphs of Shear Force and Bending Moment Distribution in Plane Bending (Two-Supported Beams)

Home Problem 06. Graphs of Shear and Normal Forces and Bending Moment Distribution in Plane Bending of Statically Determinate Frames

Home Problem 07. Stresses and Strains in Statically Indeterminate Rods in Tension-Compression

Home Problem 08. Strength and Rigidity Analysis of Statically Determinate Shaft

Home Problem 09. Stress Analysis of Two Supported Beams in Plane Bending

Home Problem 10. Stress Analysis of Rod System in Combined Loading

Home Problem 11. Stress Analysis of Beams in Oblique Bending

Home Problem 12. Stress Analysis in Eccentric Tension-Compression

Home Problem 13. Generalized Displacements in Cantilevers in Plane Bending

Home Problem 14. Generalized Displacements in Two-Supported Beams in Plane Bending

Home Problem 15. Generalized Displacements in Plane Frames in Plane Bending

Home Problem 16. Internal Forces in Statically Indeterminate Plane Frame