Principles of Steel Design
PRINCIPLES OF STEEL DESIGN
LECTURES NI SIR MARS
- 1.1 Structural Design - An Introduction to Steel Design
- Video Lecture
- Pdf Notes
- 1.2 Loads - An Introduction to Steel Design
- Video Lecture
- Pdf Notes
- 1.3 Building Codes - An Introduction to Steel Design
- Video Lecture
- Pdf Notes
- 1.4 Design Specifications - An Introduction to Steel Design
- Video Lecture
- Pdf Notes
- 1.5 Structural Steel - An Introduction to Steel Design
- Video Lecture
- Pdf Notes
- 1.6 Standard Cross-Sectional Shapes - An Introduction to Steel Design
- Video Lecture
- Pdf Notes
- 2.1 Design Philosophies
- Video Lecture
- Pdf Notes
- 2.2 Load Factors, Resistance Factors, and Load Combinations for LRFD
- Video Lecture
- Pdf Notes
- 2.3 Safety Factors and Load Combinations for ASD
- Video Lecture
- Pdf Notes
- 2.4 AISC Steel Construction Manual
- Video Lecture
- Pdf Notes
- 2.5 ASEP'S NSCP 2015 (7th Edition)
- Video Lecture
- Pdf Notes
- 3.1 Introduction to Tension Members
- Video Lecture
- Pdf Notes
- 3.2 Tensile Strength
- Video Lecture
- Pdf Notes
- 3.3 Effective Area
- Video Lecture
- Pdf Notes
- 3.4 Staggered Fasteners
- Video Lecture
- Pdf Notes
- 3.5 Block Shear
- Video Lecture
- Pdf Notes
- 3.6 Design of Tension Members
- Video Lecture
- Pdf Notes
- 3.7 AISC Tables for the Design of Tension Members
- Video Lecture
- Pdf Notes
- 3.8 Design of Threaded Rods and Cables
- Video Lecture
- Pdf Notes
- 3.9 Design of Tension Members in Roof Trusses
- Video Lecture
- Pdf Notes
- 4.1 Column Theory
- Video Lecture
- Pdf Notes
- 4.2 Compression Strength of Columns
- Video Lecture
- Pdf Notes
- 4.3 Local Stability of Compression Members
- Video Lecture
- Pdf Notes
- 4.4 Tables for Compression Members
- Video Lecture
- Pdf Notes
- 4.5 Design of Compression Members
- Video Lecture
- Pdf Notes
- 4.6 Manual Design of Compression Members
- Video Lecture
- Pdf Notes
- 4.7 Compression Members (Axis Bending)
- Video Lecture
- Pdf Notes
- 4.8 Design of Braced Compression Members
- Video Lecture
- Pdf Notes
- 4.9 Stiffness for Columns that are Part of a Continuous Frame
- Video Lecture
- Pdf Notes
- 4.10 Stiffness Reduction Factor
- Video Lecture
- Pdf Notes
- 4.11 Torsional and Flexural-Torsional Buckling
- Video Lecture
- Pdf Notes
- 4.12 Built-Up Members
- Video Lecture
- Pdf Notes
- 5.1 Introduction to Design and Analysis of Steel Beams
- Video Lecture
- Pdf Notes
- 5.2 Bending Stress and the Plastic Moment
- Video Lecture
- Pdf Notes
- 5.3 Stability of Steel Beams
- Video Lecture
- Pdf Notes
- 5.4 Classification of Shapes
- Video Lecture
- Pdf Notes
- 5.5 Bending Strength of Compact Shapes
- Video Lecture
- Pdf Notes
- 5.6 Bending Strength of NonCompact Shapes
- Video Lecture
- Pdf Notes
- 5.7 Shear Strength
- Video Lecture
- Pdf Notes
- 5.8 Block Shear for Beams
- Video Lecture
- Pdf Notes
- 5.9 Deflections
- Video Lecture
- Pdf Notes
- 5.10 Design of Beams
- Video Lecture
- Pdf Notes
- 5.11 Design of Beams using Table 3-10-11
- Video Lecture
- Pdf Notes
- 5.12 Floor and Roof Framing Systems
- Video Lecture
- Pdf Notes
- 5.17 Biaxial Bending
- Video Lecture
- Pdf Notes
- Topic
- Video Lecture
- Pdf Notes
- Topic
- Video Lecture
- Pdf Notes
- Topic
- Video Lecture
- Pdf Notes
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Special Notes to My Students:
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