Foreword
Committees responsible
Code of practice
Section one. General
1 Scope
2 Definitions and symbols
Section two. Materials
3 General
4 Species of timber
5 Plywood
6 Fibre building boards
7 Wood chipboard
8 Gypsum plasterboard
9 Adhesives
10 Masonry
11 Fasteners
Section three. Loading
12 General
13 Wind loading
Section four. Design of timber frame walls
14 Assessment of structural adequacy
15 Permissible stresses
16 Composite action with other materials
17 Overall stability
18 Horizontal diaphragms
19 Design of wall studs
20 Racking resistance
21 Assessment method for determining the basic racking
    resistance of certain material combinations
22 Modification factors for wall height, length,
    openings, vertical load and interaction
23 Contribution of masonry veneer to racking resistance
24 Racking resistance for walls braced by other than
    sheet materials
25 Joints
26 Other design considerations
Section five. Load testing
27 General
28 Testing authority
29 Information required
30 Materials
31 Manufacture
32 Test equipment
33 Test conditions
34 Criteria for selection of test loads
35 Test procedure
36 Determination of basic racking resistance values
37 Test report
38 Use of test panels
Section six. Workmanship
39 Fabrication
40 Handling and erection
Appendix
A Method of determining design horizontal shear
    strength and stiffness of wall ties
Tables
1 Modification factor K100
2 Basic racking resistances for certain materials and
    combinations of materials
3 Some values of modification factor K105
4 Some values of modification factor K106
5 Some values of modification factor K107
6 Contribution of masonry cladding
7 Modification factor K109 for test racking stiffness
    load and test racking strength load
8 Factors of safety for test racking strength load
9 Vertical load modification factor K111 for point
    loads at nominal 600 mm centres on a test panel used
    for determining values of basic racking resistance
Figures
1 Arrangement of test panel used for determining basic
    racking resistance
2 General arrangement of horizontal shear test
3 Typical load deformation curves for ties