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Work areas

Surfacings for bridge decks and roof-top car parks

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Description of the work area


Waterproofing and surfacing systems on bridges are effective in preserving the durability of these engineering structures and ensuring the safety and comfort of road users. The materials used in these systems are often specific (other materials than in conventional road structures) and subject to severe loading (bridge deck surfacings are often thin). This justifies the extensive research and the many actions undertaken in this field.

Watertightness is a must for roof-top car parks, especially if the underlying rooms are lived in or used for other purposes. In addition, roof-top car parks are most often heat-insulated. Furthermore, surfacings for such car parks are usually kept very thin to limit their dead weight, whereas they are subject to aggressive loading (static loads and punching). For all those reasons the design of a surfacing for a roof-top car park requires much care and warrants every research effort made.

The various aspects of BRRC’s activities in the area of surfacings for bridge decks and roof-top car parks include:

  • innovation support by the technological consulting unit Surfacings for bridge decks and roof-top car parks;
  • assistance in solving specific problems;
  • the preparation of a code of good practice for bridge deck surfacings;
  • cooperation in drafting a technical information note on roof-top car parks;
  • a leading role in the activities for the European standardization of bitumen waterproofing sheets;
  • the performance of research into the applicability of European methods for the testing of bitumen waterproofing sheets for bridge decks and other surfaces trafficable by vehicles;
  • the organization of a research project on mastic asphalt and European standardization;
  • cooperation in developing and granting technical approvals for waterproofing products (bituminous sheets and resins) for bridge decks and similar surfaces trafficable by vehicles.

Equipment

Tests

Cooperation
Ongoing projects
Completed projects

Documents
Links
Training

Contacts:
Claude De Backer,
Lieve Glorie