1. |
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Introduction
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Structural Concrete
Historical Background
Code of Practice
Safety Provision |
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2. |
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Properties of Reinforced Concrete (1)
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Factors Affecting the Strength of
Concrete
Compressive Strength
Stress-Strain curve of Concrete
Modulus of Elasticity of Concrete |
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3. |
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Properties of Reinforced Concrete (2)
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Volume Changes of Concrete
Creep
High-Performance Concrete
Steel Reinforcment |
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4. |
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Flexural Analysis of Reinforced Concrete (1)
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Introduction
Assumptions
Behavior of simply supported RC
beam loaded to failure
Load Factors
Strength Reduction Factor |
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5. |
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Flexural Analysis of Reinforced Concrete (2)
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Equivalent Compressive Stress
Distribution
Limit of Steel Percentage
Sections in the Transition Region |
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6. |
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Flexural Analysis of Reinforced Concrete (3)
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Rectangular Sections with
Compression reinforcement
Analysis of T- and I- Sections
Analysis of Sections Using Tables |
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7. |
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Flexural Design of Reinfored Concrete Beams
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Rectangular Sections with
Reinforcement Only
Spacing and Reinforcement and
Concrete Cover
Rectangular Sections with
Compression Reinforcement
Design of T-Sections |
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8. |
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Deflection and Control of Cracking
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Deflection of Structural Concrete
Members
Instantaneous Deflection
Long-Term Deflection
Allowable Deflection
Cracks in Flexural Members |
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9. |
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Development Length of Reinforcing Bars (1)
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Development of Bond Stresses
Development Length in Tension
Development Length in Compression |
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10. |
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Development Length in Tension (2)
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Critical Sections in Flexural Members
Standard Hooks
Splices of Reinforcement |
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11. |
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Shear and Diagonal Tension (1)
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Introduction
Shear Stresses in Concrete Beams
Beams with Shear Reinforcement |
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12. |
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Shear and Diagonal Tension (2)
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Shear Design Requirement
Design of Vertical Stirrups
Design Summary |
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13. |
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Shear and Diagonal Tension (3)
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Deep Flexural Members |
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14. |
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One-Way Slabs
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Types of Slabs
Design of One-Way Solid Slabs
Temperature and Shrinkage
Reinforcement
Reinforcement Details |
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