#WYSIWYG R36 NZB SERIES#
Wysiwyg R36 Nzb Series Of Solutionsīy limiting the size of the building and scope of application, NZS 3604 presents a series of solutions, enabling a designer to select an element or detail without having to engage a structural engineer. Scope of NZS 3604 It sets out construction requirements for timber-framed buildings on good ground, and up to a maximum of three storeys in height with attic spaces.
The design, construction and alteration of structural work in residential properties is likely to be restricted building work that must be undertaken by a licensed building practitioner. These loads include those from people, wind, earthquakes and snow.
#WYSIWYG R36 NZB CODE#
It provides prescribed methods for the design and construction for timber-framed, low-rise buildings to meet the requirements of the Building Code without the need for specific engineering design.īuilding Code clause B1 Structure requires buildings to withstand loads they are likely to experience during construction, throughout their life and when they are altered. Today it is used in the construction of an estimated 93 per cent of New Zealands light timber-framed buildings.
NZS 3604 has been around in one form or another since the aftermath of the Napier earthquake in 1931. You can follow NZS 3604 for structure and E2AS1 for the roof and wall claddings. It is aligned with ASNZS 1170 Structural design actions, and is referenced in Acceptable Solution for Building Code clause E2 External Moisture, E2AS1.
NZS 3604 is used to design most homes and other low-rise timber-framed buildings in New Zealand. Following the Acceptable Solution is one way to comply with B1, but you can choose other ways to comply.
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