Browsing COIN Project report by Title
Now showing items 50-69 of 76
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Physical properties of Norwegian mineral fillers investigated by different methods. FA 2 Competitive constructions. SP 2.1 High quality manufactured sand for concrete
(COIN Project report;43, Research report, 2012) -
Post-occupancy evaluation of a recent energy efficient office building. FA 1 Environmentally friendly concrete. SP Insulating and energy preserving concrete
(COIN Project report;30, Research report, 2011) -
Pozzolana from minerals – State of the art. COIN P1 Advanced cementing materials and admixtures. SP 1.4F Alternative pozzolans
(COIN Project report;16, Research report, 2009) -
Practical methods to assess segregation risk of SCC on site. FA: Competitive constructions SP 2.1 Robust and highly flowable concrete with controlled surface quality
(COIN Project report;59, Research report, 2015)Many of the suggested methods for testing of SCC stability are quite demanding in execution and therefore seldom used in field. Furthermore, questions have been raised about how well they represent the stability problems ... -
Production and Utilisation of Manufactured Sand. State-of-the-art-report. COIN P 2 Improved construction technology. SP 2.5 Production of manufactured sand
(COIN Project report;12, Research report, 2009) -
Property development and cracking tendency in hardening concrete: Effect of cement type and fly ash content.FA 3 Technical performance. SP 3.1 Crackfree concrete structures
(COIN Project report;40, Research report, 2012)The concrete mix design influence the risk of thermal cracking in the hardening phase. Here the effect of binder composition has been investigated, where the variables are cement type and fly ash dosage. The fly ash was ... -
Pumping of concrete and Mortar - state of the art
(COIN Project report;5, Research report, 2009)The pumpability of concrete, or its ability to move through pipes and hoses by the help of a pump while maintaining its fresh and hardened properties, can be quantified as being better the lower the necessary pressure to ... -
Quality improvers in cement making – State of the art : COIN Project P1 Advanced cementing materials : SP 1.1F Reduced CO2 missions
(COIN Project report;2, Research report, 2009)It has been shown that the overall cement properties are interconnected and in many cases there is still potential for further production improvement by only optimising the different stages (e.g. separate grinding, mill ... -
Review report on dry and wet classification of filler materials for concrete : State-of-the-art : FA 2.3 High quality manufactured sand for concrete : SP 2.3.1 Filler technology
(COIN Project report;52, Research report, 2014)Due to depletion of natural sand resources in many central locations, it is an increased production and utilisation of crushed sand for concrete purposes. This crushed and processed sand is referred to as; Manufactured ... -
Rheological properties of stabilized SCC – using fillers, admixtures or a combination : FA 2 Competitive constructions SP 2.1 Robust highly flowable concrete
(COIN Project report;38, Research report, 2011) -
Rheology of blended cements with superplasticizers : FA: Environmentally friendly concrete structures : SP 1.1 Binders with low emission and reduced resource consumption
(COIN Project report;58, Research report, 2015) -
Rheology of matrix and SCC with different mineral fillers and admixtures : FA 2 Competitive constructions : SP 2.1 High quality manufactured sand for concrete
(COIN Project report;41, Research report, 2012) -
RILEM TC 219-ACS-P. Literature survey on performance testing
(COIN Project report;27, Research report, 2011) -
Round Robin Test program on Energy Absorption Capacity of Round Panels according to Norwegian Concrete Associations Publication no 7:2011
(COIN Project report;48, Research report, 2013)A Round-Robin test program (inter-laboratory study) on energy absorption capacity of round panels is presented. The panels were tested according to the procedure described in Norwegian Concrete Associations Publication no. ... -
Shore Approach. 26 years performance of high quality concrete in a marine environment. COIN P 4 Operational service life. SP 4.1 Modelling and prediction
(COIN Project report;14, Research report, 2009) -
Stability of SCC - chemical stabilisers versus filler : FA 2.1 Robust highly flowable concrete, SP 2.1.4 Workability
(COIN Project report;25, Research report, 2010) -
Stability of SCC – robustness for changes in water content and sand grading. FA 2 Competitive constructions. SP 2.1 Robust highly flowable concrete
(COIN Project report;47, Research report, 2013) -
Stainless steel reinforcement in concrete structures - State of the art : COIN P4 Operational service life design : SP 4.5 F Preventive measures
(COIN Project report;4, Research report, 2009) -
Steel fibres in load - carrying concrete structures; Guideline survey and practical examples
(COIN Project report;17, Research report, 2009) -
Structural FRC – Design approach and experimental results. FA 2 Competitive construction. SP 2.2 Ductile high tensile strength concrete
(COIN Project report;66, Research report, 2015)