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Provides a method whereby the frequency dependent values of airborne sound insulation of building elements and in building can be converted into a single number characterizing the acoustical performance; this Standard is identical with and reproduced from ISO 717-1:1996.

Recommends design criteria for conditions affecting the acoustic environment within building interiors to ensure a healthy, comfortable and productive environment for the occupants and the users.

Defines and provides methods for determining single number quantities for the impact sound insulation in buildings; this Standard is identical with and reproduced from ISO 717-2:1996.

Provides a method for the measurement of airborne sound reduction index to building partitions such as walls, floor/ceiling assemblies, doors, windows and other space dividing elements.

Provides methods for determining characteristics of grouts used in the installation of ceramic tiles.

Specifies requirements for building practice and for the selection, placement and fixing of the various structural elements used in the construction of timber-framed Class 1 and Class 10 buildings, as defined in the Building Code of Australia, for non-cyclonic areas; sets out building practice procedures, which are given to assist in the correct specification and design of timber members, bracing and connections thereby minimizing the risk of creating an environment that might adversely affect the ultimate performance of the structure; appendices specify a method of interpolation for Span Tables in the Supplements, and an alternative procedure for determining racking forces; guidance is given on mass of roof, timber natural durability, moisture content, timber species and properties.

Provides guidance on the selection of the fixative and the preparation of the background, and sets out various methods for the fixing of ceramic tiles, based on the type of fixative to be used, for both floor and wall applications.

Sets out requirements for the design and construction of buildings in bushfire-prone areas in order to improve their performance when they are subjected to burning debris, radiant heat or flame contact generated from a bushfire.