Blar i COIN Project report på tittel
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Fibre Reinforced Superlight Concrete: Testing of Materials and Full Scale Beams. COIN P 3 Innovative construction concepts. SP 3.1 Fibre reinforced concrete
(COIN Project report;15, Research report, 2009) -
Fly ash in concrete. A literature study of the advantages and disadvantages. COIN P 4 Operational service life design Sub. P 4.4 Alkali aggregate reactions of concrete
(COIN Project report;18, Research report, 2009) -
Fly ash – Limestone Synergy in Ternary Cements. FA 1 Environmentally friendly concrete. SP 1.1 Low carbon-footprint binder systems
(COIN Project report;46, Research report, 2013)The objective is to study the parameters of cements and fly ashes in combination with limestone that would optimize the synergistic chemical reaction between fly ash and limestone that leads to more bound water and thereby ... -
Flyplassdekke med maskinsand. Værnes APRON vest : FA: Competitive constructions : SP 2.3 Production of high quality manufactured aggregate for concrete
(COIN Project report;62, Research report, 2015) -
Forslag til retningslinjer for dimensjonering, utførelse og kontroll av fiberarmerte betongkonstruksjoner. FA 2 Competitive constructions. SP 2.2 High tensile strength all round concrete
(COIN Project report;29, Research report, 2011) -
Geopolymers – State of the art : FA 1 Environmentally friendly concrete : SP 1.1 Low carbon-footprint binder systems
(COIN Project report;37, Research report, 2011) -
Good details for concrete constructions in Passive Houses : FA 1.2 Insulating and energy preserving concrete : SP 1.2.2 Atlas of good construction details for concrete structures to be used in the passive house concept
(COIN Project report;26, Research report, 2011)The present report is mainly a reference source covering details in concrete constructions with low thermal bridge values, in many cases also showing specific air tightness measures. Chapter 2 describes the Passive House ... -
Hardening accelerators for fly ash blended cement. FA 1 Environmentally friendly concrete. SP 1.1 Low carbon-footprint binder systems
(COIN Project report;71, Research report, 2015)A former developed hardening accelerator for fly ash blended cement should be replaced with another formulation free from thiocyanate and preferentially with equal or better performance in terms of compressive strength. ... -
Hokksund Quarry – Review of the aggregate production FA 2 Competitive constructions. SP 2.3 High quality manufactured sand for concrete
(COIN Project report;33, Research report, 2011) -
Influence of rheology on the pumpability of mortar : P 2 Improved construction technology SP 2.4 Workability
(COIN Project report;21, Research report, 2010)The rheological and material parameters determining the pumpability of fresh self-compacting mortar have been studied in full-scale (70 m Ø 50 mm rubber hose and screw pump with max capacity 7 m3/h). Concrete pressure ... -
International round robin testing of circular FRC slabs
(COIN Project report;23, Research report, 2010) -
Klassifiseringsverktøy for forskalte betongflater
(COIN Master;, Research report, 2009)Målet med denne oppgaven har vært å lage et klassifiseringssystem for forskalte betongoverflater med tanke på porer, poreantall, gråtone og gråtonevariasjoner. I tillegg er det forsøkt å finne egnede metoder for å måle ... -
Kloriddiffusjon i betong. Vurdering av aldringseffekten ved felteksponering : COIN P4 Operational service life design, SP 4.1 Service life modelling
(COIN Project report;11, Research report, 2009) -
LCA on case study – concrete. FA 1 Environmentally friendly concrete. SP Insulating and energy preserving concrete
(COIN Project report;36, Research report, 2011) -
Low porosity through optimized particle packing of concrete matrix. COIN P1 Advanced cementing materials and admixtures : SP 1.5 Low porosity/ permeability
(COIN Project report;13, Research report, 2009) -
Low water permeability through hydrophobicity : COIN Project P1 advanced cementing materials : SP 1.5 F Low porosity / permeability
(COIN Project report;1, Research report, 2009)The durability and aesthetic appearance of concrete may be improved by the addition of hydrophobizing agents as a consequence of reduced water permeability. Hydrophobizing agents lead to less water absorption at the same ... -
Manufactured sand in concrete – effect of particle shape on workability FA 2 Competitive constructions. SP 2.3 High quality manufactured sand for concrete
(COIN Project report;34, Research report, 2011) -
Material properties influencing concrete residual bending strength - experimental study
(COIN Project report;28, Research report, 2011) -
Means of improving concrete construction productivity – State of the art. COIN P 2 Improved Contructions Techniques. SP 2.1 Production Processes
(COIN Project report;8, Research report, 2009)The productivity in the construction sector has had negative development compared with other industries. The level of innovation within the industry is, moreover, considered by many to be too low. This literature review ... -
Mechanical properties and calculation of model parameters Concrete with Aalborg cement and variable fly ash content
(COIN Project report;56, Research report, 2015)One of the objectives of COIN's Focus Area 3.1 Crackfree concrete structures is to develop guidelines for recommended mix design for different types of structures subjected to restrained thermal dilation and autogeneous ...