New advances in concrete could create-longer lasting and more environmentally-friendly improvements for the world’s “go-to” building material.
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NREL drives toward the future with fuel cell EVs Efforts currently underway at the Energy Department’s National Renewable Energy Laboratory are contributing to rapid progress in the research, development and…
Read MoreThis double-issue highlights student-led Society activities and international issues of sustainability in concrete and cements. Catch the latest news and information in the June-July issue of the Bulletin, now available…
Read MoreConventional thermal decomposition of calcium carbonate for cement-making generates almost as much CO2 as lime. Solar-driven electrolysis of calcium carbonate yields calcium oxide and carbon (or carbon monoxide) and oxygen.…
Read MoreA Forecast for Biomaterials: Hench Retirement SymposiumJulian R. Jones and Aldo R. Boccaccini Concrete Creep at Controlled Ambient ConditionsThe effect of ambient temperature and relative humidity on concrete creep was…
Read MoreAttack of Magnesite-Chrome Refractories by Portland Cement ClinkerThe attack of portland cement clinker on three types of magnesite-chrome briquettes processed from Egyptian and imported magnesite and chrome ore, after firing…
Read MoreLiquid Wall Prototype for Innovate:Integrate Exhibition from arbuckle industries on Vimeo. This video features one example of the innovative architectural structural design opportunities emerging from the availability of ultra-high-performance concrete.…
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