31:14

Wood Built Up Compression Member Design

35:04

Wood Beam Column Design Part 1

28:05

Wood Bearing Design Part 3 Parameters

29:02

Wood Bearing at an Angle to Grain Example

38:44

Wood Bearing Strength Example

26:33

Wood Bearing Design Part 1 Theory and Equations

11:18

Wood Bearing Design Part 2 Application

22:45

Wood Compression Strength Example Glulam Column

40:58

Wood Beam Example 3 Glulam Beam Design Part 2 Shear and Bearing

11:47

Wood Defects and Deterioration

24:58

Wood Specified Strength and Grading

35:05

Wood Tension Design Example Part 1 Lumber

14:15

Wood Tension Design Example Part 2 Glulam

29:30

Wood Beam Column Design Example Part 3 Selecting a Trial Section

23:14

Wood Beam Column Design Example Part 4 Shear and Moment Resistance

21:21

Wood Beam Column Design Example Part 5 Compression and Bearing

10:46

Wood Beam Column Design Example Part 6 Axial Moment Interaction

24:00

Wood Beam Column Design Example BC Example Part 1 Consideration of Eccentric Load

07:26

Wood Bearing at an Angle to Grain Compression Applied at an Angle to Grain

35:33

Wood Beam Column Design Example Part 2 Load Combinations

23:58

Wood Beam Column Design Part 2

01:20

WoodSmartOverview

24:35

Calculating Shrinkage

40:40

Calculating Wood Compression Strength Parallel to Grain

26:44

Calculating Wood Tension Strength

39:20

Wood Beam Example 1 Lumber Bending and Deflection Resistance

35:01

Wood Beam Example 2 Notched Lumber Beam Part 1 Loading, Bending and Bearing

20:46

Wood Beam Example 2 Notched Lumber Beam Part 2 Shear and Deflection

24:35

Calculating Shrinkage

28:40

Wood Beam Example 3 Glulam Beam Design Part 1 Trial Selection, Bending, and Deflection

41:39

Wood Beam Design Part 6 Shear Resistance of Lumber

16:35

Bolted Wood Connections Part 5 Splitting Failure Mode and Design Requirements

34:47

Wood Built up Compression Member Example Built up Lumber Column

52:16

Wood Connections Part 1 Introduction

22:18

Wood Connections Part 2 Detailing Tips

47:42

Wood Connections Part 3 Design Guidelines and Geometry

41:39

Wood Beam Design Part 6 Shear Resistance of Lumber

12:24

Bolted Wood Connection Example 2 Part 3 Summary and Parallel Perpendicular Interaction

41:47

Bolted Wood Connection Example 1 Tension Parallel to Grain

34:06

Bolted Wood Connection Example 2 Part 1 Geometry, Spacing and Yielding

36:40

Bolted Wood Connection Example 2 Part 2 Row Shear, Group Tear out, Net Tension, and Splitting

12:24

Bolted Wood Connection Example 2 Part 3 Summary and Parallel Perpendicular Interaction

01:22:07

Bolted Wood Connection Example 3 DESIGN

20:46

Bolted Wood Connections Part 1 Introduction and Bolt Spacing

20:14

Bolted Wood Connections Part 2 Yielding Failure Mode

29:38

Bolted Wood Connections Part 3 Row Shear Failure Mode

20:58

Bolted Wood Connections Part 4 Group Tear out and Net Tension Failure Modes

30:28

Effects of Moisture and Shrinkage of Wood

25:14

Example Structural Analysis using STRIAN

53:01

Mechanics of Wood and Design Modification Factors

35:53

Types of Wood Structures

17:11

The Macroscopic and Microscopic Structure of Wood

14:44

Wood Beam Design Part 1 Introduction

32:31

Wood Beam Design Part 2 Bending Resistance

18:44

Wood Beam Design Part 3 Lateral Stability Factors for Lumber

13:53

Wood Beam Design Part 4 Lateral Stability Factor for Glulam

09:07

Wood Beam Design Part 5 Deflections

34:05

Wood Beam Design Part 7 Shear Resistance of Glulam

14:31

Wood Beam Design Part 8 Summary

17:11

The Macroscopic and Microscopic Structure of Wood