AAU_strength of materials_lecture notes_09-05-21

AAU_strength of materials_lecture notes_09-05-21 - Lecture...

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Department of Civil Engineering ADDIS ABABA UNIVERSITY Faculty of Technology Lecture Notes Strength of Materials ceng1002 beta version, 29th April 2009 Karsten Schlesier (Dipl.-Ing.) for use at Addis Abeba University only!
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Strength of Materials 2009 Department of Civil Engineering ADDIS ABABA UNIVERSITY Faculty of Technology Calendar Semester II 2009 week Date Chapter Content 1 13.04. – 17.04. Introduction to SOM 2 20.04. – 24.04. 1 Stress - Axial Load 3 27.04. – 01.05. 1/2 Stress / Strain - Axial Load 4 04.05. – 08.05. 2 Strain - Axial Load 5 11.05. – 15.05. 3 Bending of Beams 6 18.05. – 22.05. 3 Bending of Beams 7 25.05. – 29.05. Lab Sessions / videos 8 01.06. – 05.06. 9 08.06. – 12.06. Mid-Semester Exam 10 15.06. – 19.06. 4 Shear in Beams 11 22.06. – 26.06. 5 Torsion 12 29.06. – 03.07. 6 Analysis of plane Stress 13 06.07. – 10.07. 7 Deflection of Beams 14 13.07. – 17.07. 8 Stability of Compression Members 15 20.07. – 24.07. 16 27.07. – 31.07. Final Exam Course Outline 1 Stress – Axial Loads Normal Stress, Shearing Stress, Transformation of Stress, Concept of Design 2 Strain – Axial Loads Strain, Stress-Strain Diagram, Hooke’s Law, Deflection under Axial Load, Material Properties 3 Bending of Beams Stress due to pure Bending, Moment of Inertia, Stress Distribution, Design of Beams 4 Shear in Beams Shearing Stress in members due to Bending 5 Torsion Moment of Torsion, Shearing Stresses and Deformations of Circular Shafts 6 Analysis of plane Stress Compound Stresses, Combined Stresses, Transformation of Stress, Mohr’s Circle 7 Deflection of Beams Deflection of members due to Bending 8 Stability of Compression Members Euler Formula, Buckling Load, Buckling Analysis Assessment / Requirements Attendance is compulsory during lecture hours, tutorials and practical work sessions (except for unpredicted mishaps). Quota of Total Course Credit: 40% mid-semester examination 60% final-semester examination Literature / Teaching Material Popov, E.P., Mechanics of Materials; Beer and Johnson, Mechanics of Materials, 2001; Gere and Timoshenko, Mechanics of Materials, 1990 Course Information: www.elboon.net e-learning board online
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Strength of Materials Lecture Notes Department of Civil Engineering ADDIS ABABA UNIVERSITY Faculty of Technology material by Karsten Schlesier Index 1 Stress – Axial Loads Normal Stress, Shearing Stress, Transformation of Stress, Concept of Design 2 Strain – Axial Loads Strain, Stress-Strain Diagram, Hooke’s Law, Deflection under Axial Load, Material Properties 3 Bending of Beams Stress due to pure Bending, Moment of Inertia, Stress Distribution, Design of Beams 4 Shear in Beams Shearing Stress in members due to Bending 5 Torsion Moment of Torsion, Shearing Stresses and Deformations of Circular Shafts 6 Analysis of plane Stress Compound Stresses, Combined Stresses, Transformation of Stress, Mohr’s Circle 7 Deflection of Beams Deflection of members due to Bending 8 Stability of Compression Members Euler Formula, Buckling Load, Buckling Analysis 2 11 22 31 38 46 56 60 1
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Strength of Materials 1 Stress 1/9 Department of Civil Engineering ADDIS ABABA UNIVERSITY Faculty of Technology material by Karsten Schlesier 1 Stress
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AAU_strength of materials_lecture notes_09-05-21 - Lecture...

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