Spatial Planning and Interface Issues for Mechanical and Electrical Facilities in Road Tunnels

The Australasian Institute of Mining and Metallurgy
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
6
File Size:
133 KB
Publication Date:
Jan 1, 1999

Abstract

Mechanical and electrical (M&E) systems in road tunnels are constrained by the traffic envelope and the construction profile. Whilst these spatial constraints are often ælocked inÆ early in the design process, the detailed M&E design continues for some considerable time after key civil engineering issues have been resolved. Ventilation design criteria for both normal and emergency operation often involves considerable negotiation with a wide range of stakeholders. Final system performance and spatial requirements are only finally resolved when suppliers are selected following the tender process. Lighting design is dependent upon a wide range of factors including tunnel lining materials and associated colours as well as agreed maintenance regimes. Cabling systems can only be developed when the general arrangement for power distribution is agreed and a system of substation, switchrooms and equipment rooms is in place. Many other systems such as fire protection and communications facilities fill the available space beyond the traffic envelope, where physical, structural and æsight lineÆ requirements must all be accommodated. The more co-ordinated civil engineering and M&E design is and the earlier the process starts the better the outcomes for all parties.
Citation

APA:  (1999)  Spatial Planning and Interface Issues for Mechanical and Electrical Facilities in Road Tunnels

MLA: Spatial Planning and Interface Issues for Mechanical and Electrical Facilities in Road Tunnels. The Australasian Institute of Mining and Metallurgy, 1999.

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