Showing 1 - 12 of 12
21 August 2017 | by Rackel San Nicolas
How can we cut the environmental impact of one of construction's most prevalent building materials?
23 February 2017 | by Richard McPartland
Typical concrete comprises cement, water, gravel and sand. While this mixture makes the substance hard and strong, it does not promote flexibility. Thus concrete is brittle and prone to cracks if too much weight is applied. What if it could be more bendable?
09 September 2016 | by Richard McPartland
A new generation of materials and structures will address concrete damage at various length and timescales.
17 June 2016 | by Guy Keulemans
Guy Keulemans, Associate lecturer at UNSW Sydney, explores the problem of steel reinforcement, known as rebar, concealed within concrete structures.
10 May 2016 | by Alessandro Ossola and Matthew Burns
The urbanisation process itself is one of the major causes of urban flooding. Here we explore ways of mitigating the impact and show how design and specification choices can make a significant difference.
19 November 2013 | by NBS
02 September 2013 | by NBS
As well as looking at the properties of rammed earth, or pise, this programme asks whether concrete should be added as a stabiliser, the issue of cost, and along the way we look at some high-profile failures and successes.
17 July 2013 | by NBS
01 June 2013 | by Kevan Brassington
Pavement lights first appeared in London in the late 1880s in the form of cast iron frames glazed with cut squares of glass.
20 February 2013 | by NBS
07 October 2011 | by NBS
Whether the ground floor of a house is suspended or filled, it will include either a solid slab or an oversite layer of concrete laid on compacted hardcore directly on the ground. Both hardcore and soil are potential sources of sulfates and other chemicals harmful to concrete. This programme investigates the hardcore components and soil conditions likely to contain sulfates, explains how concrete is affected by sulfate attack and looks at methods used to prevent such damage.
17 July 2011 | by NBS
Eurocode 2 is the new standard for the design of concrete structures. It has been hailed as a robust and rigorous design code, taking a less prescriptive approach to design.