Steel Structural Design

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Steel Structural Design

Steel design, or more specifically, structural steel design, is an area of knowledge of structural engineering used to design steel structures. The structures can range from schools to homes to bridges.

In structural engineering, a structure is a body or combination of pieces of rigid bodies in space to form a fitness system for supporting loads. Structures such as buildings, bridges, aircraft and ships are all examples under steel structure. The effects of loads on structures are determined through structural analysis. Steel structure is steel construction material, a profile, formed with a specific shape or cross section and certain standards of chemical composition and mechanical properties.

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Syllabus:

Aula #1 - Combined Actions Example 2: Steel Structural Design
Aula #2 - Combined Actions Example: Steel Structural Design
Aula #3 - Bending & Flexural Torsional Buckling Example 2: Steel Structural Design
Aula #4 - Bending & Flexural Torsional Buckling Example: Steel Structural Design
Aula #5 - Compression Example 2: Steel Structural Design
Aula #6 - Compression Example: Steel Structural Design
Aula #7 - Tension Example 2: Steel Structural Design
Aula #8 - Tension Example: Steel Structural Design
Aula #9 - Structural Steel Design Summary
Aula #10 - Steel Connections Summary: Steel Structural Design
Aula #11 - Weld Example 2: Steel Structural Design
Aula #12 - Weld Example: Steel Structural Design
Aula #13 - Weld Connection: Steel Structural Design
Aula #14 - Bolt Connections Example 4: Steel Structural Design
Aula #15 - Bolt Connections Example 2: Steel Structural Design
Aula #16 - Bolt Connections Example: Steel Structural Design
Aula #17 - Bolt Connections Part 2: Steel Structural Design
Aula #18 - Bolt Connections Part 1: Steel Structural Design
Aula #19 - Steel Connections (Bolt & Welds): Steel Structural Design
Aula #20 - Steel Frames, Columns and Beams: Steel Structural Design
Aula #21 - Out-of-plane Buckling and Bending Moment: Steel Structural Design
Aula #22 - In-plane Buckling and Bending Moment: Steel Structural Design
Aula #23 - Uniaxial Bending in Steel Beams: Steel Structural Design
Aula #24 - Bending Moment, Axial Force and Buckling Formulas: Steel Structural Design
Aula #25 - Section Capacities of I-Beams: Steel Structural Design
Aula #26 - First Order Moments in Frames: Steel Structural Design
Aula #27 - Steel Beams in Bending: Steel Structural Design
Aula #28 - Buckling Moment, Slenderness & Flexural Torsional Buckling: Steel Structural Design
Aula #29 - Moment Modification Factor for Bending: Steel Structural Design
Aula #30 - Lateral Restraints & Effective Length in Bending: Steel Structural Design
Aula #31 - Flexural Torsional Buckling (FTB): Steel Structural Design
Aula #32 - Design Section Capacity and Lateral Restraint: Steel Structural Design
Aula #33 - Relationship of Shear & Bending in Steel Beams: Steel Structural Design
Aula #34 - Moment in Steel Beam Example: Steel Structural Design
Aula #35 - Plate Slenderness in Bending: Steel Structural Design
Aula #36 - Moment Ratio, Signle & Double Curvature: Steel Structural Design
Aula #37 - Steel Beams & Bending: Steel Structural Design
Aula #38 - Summary of Steel in Compression & Buckling: Steel Structural Design
Aula #39 - Compressive Capaicty of Columns Example 3: Steel Structural Design
Aula #40 - Compressive Capaicty of Columns Example 2: Steel Structural Design
Aula #41 - Compressive Capaicty of Columns Example: Steel Structural Design
Aula #42 - Steel Structural Design: Buckling & Effective Length
Aula #43 - Steel Structural Design: Column Buckling Example
Aula #44 - Steel Structural Design: Buckling Capacity of Columns
Aula #45 - Steel Design: Euler Buckling
Aula #46 - Steel Design: Local Buckling Example 2
Aula #47 - Steel Design: Local Buckling Example 1
Aula #48 - Steel Design: Compression of Compact & Non-Compact Columns
Aula #49 - Steel Design: Local Buckling & Buckling Stress
Aula #50 - Steel Design: Impact of Length on Column Compressive Strength
Aula #51 - Steel Design: Compression in Columns
Aula #52 - Steel Design: Steel in Tension Summary
Aula #53 - Steel Design: Steel Beam Tension Example 3
Aula #54 - Steel Design: Steel Beam Tension Example 2
Aula #55 - Steel Design - Steel Beam Tension Example 1
Aula #56 - Steel Structural Design: Staggered Holes in a Tension Member
Aula #57 - Steel Structural Design: Tensile Effective Area
Aula #58 - Steel Structural Design: Section Capacity in Tension
Aula #59 - Steel Structural Design: Tensile Strength
Aula #60 - Steel Design: Stress, Strain & Residual Stress
Aula #61 - Introduction to Steel Structural Design
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Priscila H. Alessandra H. Joaquim J. Mehedi H. Manuel J. Manuel Mahir A. Leandro B. Gaukhar K. Amr I.

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Modules & lessons

Module 1: Steel Structural Design

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Lesson 1.1 : Introdução, Fonte e Autoria

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Lesson 1.2 : Combined Actions Example 2: Steel Structural Design

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Lesson 1.3 : Combined Actions Example: Steel Structural Design

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Lesson 1.4 : Bending & Flexural Torsional Buckling Example 2: Steel Structural Design

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Lesson 1.5 : Bending & Flexural Torsional Buckling Example: Steel Structural Design

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Lesson 1.6 : Compression Example 2: Steel Structural Design

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Lesson 1.7 : Compression Example: Steel Structural Design

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Lesson 1.8 : Tension Example 2: Steel Structural Design

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Lesson 1.9 : Tension Example: Steel Structural Design

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Lesson 1.10 : Structural Steel Design Summary

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Lesson 1.11 : Steel Connections Summary: Steel Structural Design

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Lesson 1.12 : Weld Example 2: Steel Structural Design

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Lesson 1.13 : Weld Example: Steel Structural Design

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Lesson 1.14 : Weld Connection: Steel Structural Design

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Lesson 1.15 : Bolt Connections Example 4: Steel Structural Design

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Lesson 1.16 : Bolt Connections Example 2: Steel Structural Design

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Lesson 1.17 : Bolt Connections Example: Steel Structural Design

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Lesson 1.18 : Bolt Connections Part 2: Steel Structural Design

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Lesson 1.19 : Bolt Connections Part 1: Steel Structural Design

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Lesson 1.20 : Steel Connections (Bolt & Welds): Steel Structural Design

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Lesson 1.21 : Steel Frames, Columns and Beams: Steel Structural Design

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Lesson 1.22 : Out-of-plane Buckling and Bending Moment: Steel Structural Design

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Lesson 1.23 : In-plane Buckling and Bending Moment: Steel Structural Design

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Lesson 1.24 : Uniaxial Bending in Steel Beams: Steel Structural Design

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Lesson 1.25 : Bending Moment, Axial Force and Buckling Formulas: Steel Structural Design

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Lesson 1.26 : Section Capacities of I-Beams: Steel Structural Design

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Lesson 1.27 : First Order Moments in Frames: Steel Structural Design

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Lesson 1.28 : Steel Beams in Bending: Steel Structural Design

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Lesson 1.29 : Buckling Moment, Slenderness & Flexural Torsional Buckling: Steel Structural Design

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Lesson 1.30 : Moment Modification Factor for Bending: Steel Structural Design

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Lesson 1.31 : Lateral Restraints & Effective Length in Bending: Steel Structural Design

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Lesson 1.32 : Flexural Torsional Buckling (FTB): Steel Structural Design

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Lesson 1.33 : Design Section Capacity and Lateral Restraint: Steel Structural Design

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Lesson 1.34 : Relationship of Shear & Bending in Steel Beams: Steel Structural Design

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Lesson 1.35 : Moment in Steel Beam Example: Steel Structural Design

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Lesson 1.36 : Plate Slenderness in Bending: Steel Structural Design

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Lesson 1.37 : Moment Ratio, Signle & Double Curvature: Steel Structural Design

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Lesson 1.38 : Steel Beams & Bending: Steel Structural Design

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Lesson 1.39 : Summary of Steel in Compression & Buckling: Steel Structural Design

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Lesson 1.40 : Compressive Capaicty of Columns Example 3: Steel Structural Design

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Lesson 1.41 : Compressive Capaicty of Columns Example 2: Steel Structural Design

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Lesson 1.42 : Compressive Capaicty of Columns Example: Steel Structural Design

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Lesson 1.43 : Steel Structural Design: Buckling & Effective Length

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Lesson 1.44 : Steel Structural Design: Column Buckling Example

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Lesson 1.45 : Steel Structural Design: Buckling Capacity of Columns

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Lesson 1.46 : Steel Design: Euler Buckling

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Lesson 1.47 : Steel Design: Local Buckling Example 2

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Lesson 1.48 : Steel Design: Local Buckling Example 1

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Lesson 1.49 : Steel Design: Compression of Compact & Non-Compact Columns

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Lesson 1.50 : Steel Design: Local Buckling & Buckling Stress

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Lesson 1.51 : Steel Design: Impact of Length on Column Compressive Strength

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Lesson 1.52 : Steel Design: Compression in Columns

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Lesson 1.53 : Steel Design: Steel in Tension Summary

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Lesson 1.54 : Steel Design: Steel Beam Tension Example 3

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Lesson 1.55 : Steel Design: Steel Beam Tension Example 2

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Lesson 1.56 : Steel Design - Steel Beam Tension Example 1

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Lesson 1.57 : Steel Structural Design: Staggered Holes in a Tension Member

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Lesson 1.58 : Steel Structural Design: Tensile Effective Area

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Lesson 1.59 : Steel Structural Design: Section Capacity in Tension

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Lesson 1.60 : Steel Structural Design: Tensile Strength

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Lesson 1.61 : Steel Design: Stress, Strain & Residual Stress

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Lesson 1.62 : Introduction to Steel Structural Design

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