Blar i SINTEF Community på forfatter "Jensen, Tore Myrland"
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Confinement effect of fibres on the behaviour of lightweight aggregate concrete beams
Øverli, Jan Arve; Jensen, Tore Myrland (COIN Project report;67, Research report, 2015)This study focuses on ductility of lightweight aggregate concrete (LWAC) in compression. The major disadvantage of LWAC is the brittleness in compression at the material level compared to normal density concrete. Requirements ... -
Det er også byggtekniske krav til solcelleanlegg
Kolstad, Svein Terje; Jensen, Tore Myrland; Skogstad, Hans Boye; Gullbrekken, Lars (Journal article, 2022)Solceller er billigere, mer effektive og mer populære enn noensinne. Da er det viktig å være klar over hvordan de virker og hvilke krav som stilles. -
Diffusion tight concrete - Preliminary study. COIN P 3 Innovative construction concepts. SP3.3 Hybrid structures
Jensen, Tore Myrland (COIN Project report;9, Research report, 2009)A brief literature review has been made with respect to imperviousness of reinforced concrete structures. Both diffusivity and permeability of reinforced concrete related to gas and liquid penetration are covered, without ... -
Experimental study on flexural ductility in over-reinforced lightweight aggregate concrete beams : FA 3 Aesthetics and technical performance SP 3.3. Structural Performance
Jensen, Tore Myrland; Øverli, Jan Arve (COIN Project report;70, Research report, 2013)This study focuses on ductility of lightweight aggregate concrete (LWAC) in compression. The major disadvantage of LWAC is the brittleness in compression at the material level compared to normal density concrete. Requirements ... -
Increasing ductility in heavily reinforced LWAC structures
Øverli, Jan; Jensen, Tore Myrland (Journal article; Peer reviewed, 2014)This study focuses on the ductility of lightweight aggregate concrete (LWAC) in compression. For practical purposes, the well-known brittleness of LWAC compared to normal density concrete has limited the use of the material. ...