'Extreme sleepover #18' – rebuilding earthquake-shattered Christchurch
22 September 2016Kristen MacAskill describes how an earthquake in her hometown served to influence her career as an engineer.
Kristen MacAskill describes how an earthquake in her hometown served to influence her career as an engineer.
The Centre for Smart Infrastructure and Construction is building on advances in sensing technology to learn everything possible about a city’s infrastructure – its tunnels, roads, bridges, sewers and power supplies – in order to maintain it and optimise its use for the future.
Two new funding initiatives at the University of Cambridge will support the UK’s infrastructure and cities.
A major research collaboration is looking at how small towns in the hills of India and Nepal are coping with increasing demand for water: who wins and who loses when resources get scarce?
Funding announced by the Chancellor in last week’s budget is part of a wider £138 million programme to support the UK’s infrastructure and cities.
Roads that self-repair, bridges filled with first-aid bubbles, buildings with arteries… not some futuristic fantasy but a very real possibility with ‘smart’ concrete.
Stephanie Hirmer travelled to Moyo in northern Uganda to ask which possessions the villagers most value and why. The results will be used to help reduce the failure rate of projects that bring electricity to rural communities.
The construction industry could slash its carbon emissions by as much as 50% by optimising the design of new buildings, which currently use double the amount of steel and concrete required by safety codes.
The Japanese and Canterbury earthquakes, Hurricanes Katrina and Sandy and a host of other modern natural disasters have changed the game for those striving to protect our infrastructure from extreme events. The inaugural lecture at a Cambridge Centre dedicated to this cause will hear how.
A team from the Centre for Smart Infrastructure and Construction has developed a mechanical amplifier which converts ambient vibrations into electricity more effectively, and could be used to power wireless sensors for monitoring the structural health of roads, bridges and tunnels.