Paper

Researchers in IIT Madras, India use solar energy to recycle waste concrete

Researchers in the Indian Institute of Technology (IIT) Madras, Chennai, India developed a method to use solar thermal energy to recycle concrete waste from construction and demolition sites. As reported […]

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Pavement ME Evaluation of NCHRP-1-61 Thin Concrete Overlay of Asphalt Sections

Author(s): Angel Mateos and John HarveyPrepared for: Division of Research, Innovation, and System Information Office of Materials and Infrastructure–California Department of Transportation (CALTRANS)Prepared by: Pavement Research Center-University of California, UC

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VIDEO & PAPER: “Evaluation of Rapid-Setting Cementitious Materials & Testing Protocol for Airfield Spall Repair” US Army Corps of Engineers, ERDC

Jeb Tingle, Senior Scientific Technical Manager (SSTM)-U.S. Army Engineer Research and Development Center (ERDC), shared an excerpt and quick video on LinkedIn: Slab replacement using a new non-proprietary magnesium phosphate

VIDEO & PAPER: “Evaluation of Rapid-Setting Cementitious Materials & Testing Protocol for Airfield Spall Repair” US Army Corps of Engineers, ERDC Read More »

Predictive Model for Void Content & Strength of Pervious Concrete Pavements Installed in the Field

Prepared for Ready Mixed Concrete (RMC) Research & Education Foundation by:Somayeh Nassiri, Ph.D., P.Eng., Assistant Professor-Washington State University and Past ISCP DirectorOthman AlShareedah, Ph.D. Student Washington State University Click to

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Pitt Swanson School of CEE Highlights Research Paper by S. Sen, Dir.-ISCP & L. Khazanovich, Prof.-CEE

PITT Swanson Engineering Feature: Click to enlarge A top paper from 2021 was one of the highlighted research stories inUniversity of Pittsburgh Swanson School of Civil & Environmental Engineering Newsletter:

Pitt Swanson School of CEE Highlights Research Paper by S. Sen, Dir.-ISCP & L. Khazanovich, Prof.-CEE Read More »

Despite Growing Demand, Reducing Concrete’s Carbon Footprint is Viable—Cool Green Ideas

A new paper from researchers at MIT is discussed in Mashable India September 2021 issue, has suggested various strategies to reduce greenhouse emissions concrete usage. Concrete is the second most

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Permeable Pavement with Sub-Micron Porosity Could Significantly Reduce City Flooding & Costs, While Saving Water

September is “National Preparedness Month”!Each year, the EPA encourages and reminds us to be prepared for disasters or emergencies in our homes, businesses, and communities. According to a National Academy of Sciences

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UK: Concrete Pavement: Additives Could ‘Eat’ Emissions / Pollution

As pollution increases in our rapidly developing world, environmental protection will need to rely on new innovations to remove pollutants. A Highways England review follows increased concerns about the elevated

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New Cooling Strategy: ‘Strategic’ Reflective Surfaces for Cities: Study by ISCP Co-Com. Dir.

Sushobhan Sen, Postdoctoral Associate-Swanson School of Engineering, University of Pittsburgh (Pitt) and ISCP Communications Co-Director, was recently interviewed by Tech Briefs—Mission: To report “engineering solutions for design and manufacturing”—on his

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Research Update: A Few Changes to Mitigate UHI Effect & Cool Cities

Click to enlarge How hot are cities? A lot [hot]! Cities tend to be several degrees warmer than surrounding rural areas, a phenomenon called the Urban Heat Island (UHI) effect.

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Concrete Pavement Innovation Partners in Pioneering Hardstand Launch

An innovation in concrete pavement construction was recently launched in Johannesburg, South Africa, and according to Hannes Engelbrecht, Concrete Unit Business Director-CHRYSO-Southern Africa: “Pointing the way to the future of

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Electrically Conductive Cement with Nanocarbon Black Promising for New Applications

A collaboration between the Massachusetts Institute of Technology (MIT) and Le Centre National de la Recherche Scientifique (CNRS) (the French National Center for Scientific Research) has yielded a cement that

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EUPAVE Position Paper: New Opportunities for Sustainable Infrastructure Under Next Generation EU

Click to go to Position Paper (or follow the link below) NEW OPPORTUNITIES FOR SUSTAINABLE INFRASTRUCTURE UNDER NEXT GENERATION EUThe European Concrete Pavement Association (EUPAVE)’s proposals in latest position paper.

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Cos.’ Commitment to Sustainability: Carbon-Neutral Alliance; Net Zero C02; Future in Action Program; “Green Solutions” Portfolio

The global building materials company CEMEX, an International Society for Concrete Pavement (ISCP) corporate member, is one of many companies committed to the future of the concrete pavement industry’s contribution

Cos.’ Commitment to Sustainability: Carbon-Neutral Alliance; Net Zero C02; Future in Action Program; “Green Solutions” Portfolio Read More »

Indian Gov’t. Stresses Need for All Roads to be PCPs + Paper: “Theoretical Investigation on PCP as Sustainable Pavement Technology (SPT)”

Transport and Highways-Government of India is considering switching to cement concrete pavements and mainly pervious concrete pavements (PCP)s as the main transportation mode throughout India versus flexible (asphalt) pavement. Stormwater

Indian Gov’t. Stresses Need for All Roads to be PCPs + Paper: “Theoretical Investigation on PCP as Sustainable Pavement Technology (SPT)” Read More »

Unraveling Carbon Uptake in Concrete Pavements

The Concrete Sustainability Hub (CSHub) at the Massachusetts Institute of Technology (MIT) research finds natural carbon uptake in concrete could offset 5% of US pavement cement production emissions. Just along

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