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Architecture / Pavements / Tire recycling / Properties of concrete / Portland cement / Rubberized asphalt / Construction aggregate / Crumb rubber / Asphalt concrete / Construction / Concrete / Building materials


Document Date: 2005-06-02 10:58:46

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City

Ciesielski / Salt Lake City / portland / Senouci / Isparta / Neville / ASCE / Washington / DC / Takallou / London / /

Company

Prentice-Hall / N. I. and Clark N. A. / Ali N. A. / John Wiley & Sons / /

Country

Canada / United Kingdom / Turkey / United States / /

Facility

University of Dundee / Highway Construc / Highway Practice / Highway Construction / Akdeniz University / The University of Western Ontario / Texas Transportation Institute / North Carolina State University / /

IndustryTerm

rubber content / rubber contents / nonpolar rubber / rubber particles / rubber type / recycled tire rubber / magnesium oxychloride cement concrete / machinery / concrete mixture containing coarse rubber granules / workable rubberized portland cement concrete / portland cement rubber concrete / portland cement / portland cement concrete samples / rubber using water / rubberized portland cement concrete mixtures / rubber concrete cylinders / cement type / tire rubber particles / construction applications / concrete containing untreated rubber aggregates / energy / rubber-chip addition / rubber mass fraction / potential applications / worn-out tire rubber / soft rubber particles / buff rubber / mortars containing rubber shreds / cement-based materials containing rubber / tire rubber / chemical and mineral admixtures / weaker rubber / particular design applications / attractive solution / plastic products / increased rubber content / rubber tires / granular rubber / rubber granules / ground tire rubber / rubcrete specimen containing coarse tire chips / ground rubber / magnesium oxychloride cement concrete samples / embedded rubber / tire chips / rubber increases / coarse tire chips / structural applications / coarse rubber chips / rubber / rubber shreds / rubber addition / washed rubber aggregates / rubber content results / rubber aggregates / rubber-aggregate content / recycled rubber chips / electricity / similar rubber content / portland cement concrete / plastic energy / chemical admixtures / rubber aggregate / highway applications / certain structural applications / waste tire rubber / cement kilns / magnesium oxychloride cement / waste management / rubber-filled mortar / specimens containing rubber / cement / energy conservation requirements / magnesium oxychloride cement rubber concrete / crumb rubber / architectural applications / cement paste / rubber-cement matrix / rubber inclusion / soaking the rubber particles / /

Organization

National Research Council / Prefabrication Union / American Society for Testing and Materials / ACI Committee / Akdeniz University / New Horizons / Department of Civil Engineering / Texas A&M University / Texas Transportation Institute / Alaska Department of Transportation / Department of Civil & Environmental Engineering / University of Western Ontario / North Carolina State University / Raleigh / University of Dundee / Texas Department of Highways and Public Transportation / /

Person

Biel / /

Position

Graduate research assistant / T. D. / Assistant professor / /

ProvinceOrState

New York / Utah / S. K. / M. B. / Ontario / Texas / Wisconsin / North Carolina / A. B. / /

Region

Western Ontario / /

Technology

recycled rubber chips / incineration / tire chips / coarse tire chips / rubcrete specimen containing coarse tire chips / Environmental Engineering / coarse rubber chips / /

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