Weeks | Topics |
1 |
General concepts and principles of strength, stress, and stress state, stress, and the coefficients of safety
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2 |
Thermal stresses, equal-strength bars, the effect of temperature change and self-weight stress and strain
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3 |
Elements under axial load-deformation and solution samples, the internal pressure arising from the stresses of thin-walled pressure vessels, heating due to prolongation
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4 |
Hyperstatic systems under axial normal force, under the normal force isostatic and Hyperstatic axial samples for systems
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5 |
Stress Analysis: the transformation of the plane stress, principal stresses, maximum shear stress
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6 |
Stress analysis in one dimension and MOHR circle
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7 |
Two-and three-dimensional stress analysis. MOHR circle
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8 |
Pure Bending
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9 |
week of midterm
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10 |
Shear stress
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11 |
Torsion
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12 |
Bending Torsion
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13 |
Theory of columns
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14 |
Buckling of thin columns
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