15:51

Introduction to the design of structural steel beams - Part 2

13:23

Introduction to the design of structural steel beams - Part 1

13:15

Bearing and stiffener design for steel beams - SD424

08:47

Design of structural steel shear elements - Understanding code requirements and calculations

22:54

Design of structural steel bending elements - Understanding code requirements and calculations

26:24

Design of steel elements in compression - Introduction - SD424

15:41

Design of steel columns - Considering compression effective lengths and buckling

25:54

Design of structural steel compression elements - Understanding code requirements and calculations

19:33

Design of Structural Steel Tension Members - Introduction

27:30

Design of structural steel members in tension - Understanding code requirements

10:00

Block shear and failure mechanisms - Steel members in tension - SD424

27:46

Loads and load combinations - Part 1 - SD424

22:05

Loads and load combinations - Part 2 - SD424

20:36

Calculating wind loads for buildings - SD424

22:56

Design of bolted and welded steel member in tension - Worked example

25:21

Wind load - Internal and external pressure coefficients

36:55

Building Loading - Loads and load combinations to SANS 10160 for an industrial building - SD424

43:04

Building Loading - Wind loading calculations to SANS 10160-3 for an industrial building - SD424

24:59

Steel Design - Base Plates - Pinned base plate worked example - SD424

23:23

Steel Design - Base Plates - Fixed base plate worked example - SD424

21:36

Steel Design - Base Plates - Fixed base plate design calculations - SD424

19:19

SD424 Base Plate Derivation of Pinned Base Plate Capacity

24:32

Steel Design - Connections - Design of welds with an eccentric load - SD424

28:03

Steel Design - Connections - Design of connection bolt group - SD424

28:36

Steel Design - Bending/Shear - Design of web stiffeners - SD424

17:50

Steel Design - Bending/Shear - Rational & simplified shear design of an I-beam - SD424

14:23

Steel Design - Compression - Single unequal angle (asymmetric section) worked example - SD424

18:51

Steel Design - Compression - Back-to-back unequal angle worked example - SD424

19:36

Steel Design - Compression - Equal leg steel angle which experiences local buckling - SD424

26:28

Steel Design - Tension member design to SANS 10162-1 - SD424

53:23

How to Detail Steel Reinforcing (Rebar) Bending Schedules for Concrete using AutoCAD and Excel

01:09:15

How to Analyse and Design a Structure / Building

21:23

Introduction to AutoCAD & Structural Draughting for Civil Engineers - Tutorial 6: Tools and tips

24:09

Intro to AutoCAD & Structural Draughting for Civil Engineers - Tutorial 5: Creating Drawings

22:31

Introduction to AutoCAD & Structural Draughting for Civil Engineers: Tutorial 4 - Concrete Layouts

35:31

Introduction to AutoCAD & Structural Draughting for Civil Engineers - Tutorial 3: General Drawing

01:05:27

Intro to AutoCAD & Structural Draughting for Civil Engineers: Tutorial 2-Building Layouts & Drawing

24:54

Intro to AutoCAD & Structural Draughting for Civil Engineers: Tutorial 1 - General CAD info