Fire Engineering - Adelaide airport terminal_ OS35

Fire Engineering - Adelaide airport terminal_ OS35

This case study of Adelaide Airport terminal illustrates how alternative fire engineering solutions using unprotected steel in combination with sprinkler systems meet the performance requirements of the BCA while offering design and construction advantages. Onesteel FireSafe Solutions Issue 3, Mar 2006.

Click here to view website

Title
Fire Engineering - Adelaide airport terminal_ OS35
Publish Date
03 May 2018
Attachments
Download

Related Content

Guide to paint systems for hot dip galvanized steel in atmospheric services (duplex coatings)

Guide to paint systems for hot dip galvanized steel in atmospheric services (duplex coatings)

Structural steelwork and the compliance journey

Structural steelwork and the compliance journey

Specified methods of installation and inspection for preloaded bolts to EN 1090.2

Specified methods of installation and inspection for preloaded bolts to EN 1090.2

Technical Note TN004 AS/NZS 1252:2016 in relation to Property Class 10.9 tension control bolts (TCBs

Technical Note TN004 AS/NZS 1252:2016 in relation to Property Class 10.9 tension control bolts (TCBs

South Australia’s 20-Year State Infrastructure Strategy discussion paper

South Australia’s 20-Year State Infrastructure Strategy discussion paper

Case study: QUT Kelvin Grove Walkway

Case study: QUT Kelvin Grove Walkway

Torrens to Torrens Rail Overpass

Torrens to Torrens Rail Overpass

Loadquip Low Loader [Case study]

Loadquip Low Loader [Case study]

Recent developments in the Australian/New zealand Standard AS/NZS 4600 for cold-formed steel structu

Recent developments in the Australian/New zealand Standard AS/NZS 4600 for cold-formed steel structu