AS 4132.2-1993 PDF Download
$39.00Boat and ship design and construction – Aluminium construction
standard by Standards Australia, 01/01/1993
Standards Australia
Standards Australia is an independent, not-for-profit organization recognized by the Australian Government as the peak non-government Standards body in Australia. The organization develops internationally aligned Australian Standards that enhance the nation’s economic efficiency, international competitiveness and contribution to community demand for a safe and sustainable environment. Standards Australia is the Australian member of ISO and IEC.
Boat and ship design and construction – Aluminium construction
standard by Standards Australia, 01/01/1993
Boat and ship design and construction – Fibre-reinforced plastics construction
standard by Standards Australia, 01/01/1993
Methods of testing rocks for engineering purposes, Part 0: General requirements and list of methods
standard by Standards Australia, 01/01/2005
Methods of testing rocks for engineering purposes, Method 0: General requirements and list of methods
standard by Standards Australia, 11/29/2019
Methods of testing rocks for engineering purposes, Method 1.1.1: Rock moisture content tests – Determination of the moisture content of rock – Oven drying method (standard method)
standard by Standards Australia, 12/13/2005
Methods of testing rocks for engineering purposes, Method 2.1.1: Rock porosity and density tests – Determination of rock porosity and dry density – Saturation and calliper techniques
standard by Standards Australia, 12/13/2005
Methods of testing rocks for engineering purposes, Method 2.1.2: Rock porosity and density tests – Determination of rock porosity and dry density – Saturation and buoyancy techniques
standard by Standards Australia, 12/13/2005
Methods of testing rocks for engineering purposes, Method 3.1: Rock swelling and slake durability tests – Determination of the swelling strain developed in an unconfined rock specimen
standard by Standards Australia, 12/13/2005
Methods of testing rocks for engineering purposes, Method 3.2: Rock swelling and slake durability tests – Determination of the swelling strain for a radially confined specimen with axial surcharge
standard by Standards Australia, 12/13/2005
Methods of testing rocks for engineering purposes, Method 3.3: Rock swelling and slake durability tests – Determination of the swelling pressure index under conditions of zero volume change
standard by Standards Australia, 12/13/2005
Methods of testing rocks for engineering purposes, Method 3.4: Rock swelling and slake durability tests – Determination of the slake durability index of rock samples
standard by Standards Australia, 12/13/2005
Methods of testing rocks for engineering purposes, Method 4.1: Rock strength tests – Determination of point load strength index
standard by Standards Australia, 01/01/1993
Methods of testing rocks for engineering purposes, Method 4.1: Rock strength tests – Determination of point load strength index
standard by Standards Australia, 09/12/2007
Methods of testing rocks for engineering purposes, Method 4.2.1: Rock strength tests – Determination of uniaxial compressive strength of 50 MPa and greater
standard by Standards Australia, 08/31/2007
Methods of testing rocks for engineering purposes, Method 4.2.1: Rock strength tests – Determination of uniaxial compressive strength – Rock strength greater than 50 MPa
standard by Standards Australia, 12/09/2022
Methods of testing rocks for engineering purposes, Method 4.2.2: Rock strength tests – Determination of uniaxial compressive strength – Rock strength less than 50 MPa
standard by Standards Australia, 10/02/2013
Methods of testing rocks for engineering purposes, Method 4.3.1: Rock strength tests – Determination of deformability of rock materials in uniaxial compression – Strengths of 50 MPa and greater
standard by Standards Australia, 02/12/2009
Methods of testing rocks for engineering purposes, Method 4.3.2: Rock strength tests – Determination of the deformability of rock materials in uniaxial compression – Rock strength less than 50 MPa
standard by Standards Australia, 10/02/2013
Methods of testing rocks for engineering purposes, Method 4.3.2: Rock strength tests – Determination of the deformability of rock materials and uniaxial compressive strength – Rock strength less than 50 MPa
standard by Standards Australia, 12/09/2022
Methods of testing rocks for engineering purposes, Method 5: Sampling of rock core
standard by Standards Australia, 11/01/2002