Concrete is the ideal material for the construction of parking and working areas around buildings. It provides a hard-wearing surface which drains well at low gradients. Concrete resists spillages of diesel and other petroleum-based products. Concrete is relatively light in colour and hence concrete parking areas are easy to illuminate.
High quality, durable, attractive hardstandings can be produced using block paving or in-situ concrete.
Guidance on the design of in-situ concrete hardstandings is available from both the Concrete Society and Britpave. Careful consideration needs to be given to the thickness of the slab and joint layouts to ensure the full benefit of concrete’s excellent long-term durability performance is achieved. The rigidity of an in-situ concrete slab enables it to spread imposed loads over a sufficiently large area of the underlying soil so that any deflections are small. Concrete slabs also resist indentation by the dolly wheels or pads on the front legs of lorry trailers and the surface can be textured to provide skid resistance.
For more information on paving, visit the Interpave website.
This guide aims to enable designers to realise their aesthetic aspirations using concrete.
This publication widens the understanding of post-tensioned floor construction and illustrates the considerable benefits.
A magazine to commemorate 70 years of Concrete Quarterly.
Gives likely structural options for a concrete frame, with useful points to note - written by engineers for engineers.
This publication seeks to provide information for structural engineers who are designing tall buildings in concrete.
£55.00 + VAT
This publication assists engineers in understanding the common challenges of building tall.
This guide focuses on the use of concrete at Coin Street Neighbourhood Centre and its part in creating a low energy building.
The buildings from 70 years of Concrete Quarterly.
An all-you-need-to-know guide on the specification of sustainable concrete.
This document provides information on the material and resource efficiency of concrete and masonry.