Weeks | Topics |
1 |
What is stress, Fundamental mechanical properties
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2 |
Coefficient of safety, fundamentals of design and sizing, reliability, economy
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3 |
Static analysis, stress in the members of a structure, analysis and design
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4 |
Basic stress types, axial loading, normal stress, shearing stress, bearing stress, bending stress
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5 |
Axial loading, relation between force and elongation, relation between stress deformation, promlem solutions
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6 |
Deformations of members under temperature changes, problem solutions
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7 |
Torsion, problem solutions
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8 |
Review of topics, problem solutions
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9 |
Midterm examination
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10 |
Pure Bending, Area moments of Inertia
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11 |
Bending stress and Force-Moment diagrams
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12 |
Problem Solutions
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13 |
Shearing stress in beams and thin-walled members, problem solutions
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14 |
Review of topics, problem solutions
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