Essays about: "limträbalkar"

Showing result 1 - 5 of 9 essays containing the word limträbalkar.

  1. 1. Load Bearing Structural Elements of Glulam in Marine Environment : A literature and case study

    University essay from Karlstads universitet/Fakulteten för hälsa, natur- och teknikvetenskap (from 2013)

    Author : Abrahamsson Karin; [2020]
    Keywords : Glulam; marine environment; Limträ; marin miljö;

    Abstract : This thesis discusses the possibilities of using glued laminated timber as load bearing structural elements in structures in close vicinity of saltwater. Glued laminated timber, also referred to as glulam, is a refined timber product constructed of timber lamellae that are glued together. READ MORE

  3. 2. Prestressed glue laminated beams reinforced with steel plates : Comparison between prestressed, reinforced and non-reinforced glue laminated beams according to the Eurocode and the Swedish annex

    University essay from KTH/Bro- och stålbyggnad

    Author : Jafar Al-Djaber; [2018]
    Keywords : Prestressed glue laminated beams; Prestressed glulam beams; reinforced glue laminated beams; reinforced glulam beams; prestressing Eurocode; analytical comparision between prestressed and reinforced glulam;

    Abstract : The paper presents details of a numerical analysis and simplified construction of strengthened glue laminated beams. Glue laminated beams are strengthened through the use of steel reinforcements embedded between the lamellas of the beams. READ MORE

  4. 3. Temperature distribution and charring penetrations in timber assemblies exposed to parametric fire curves : Comparisons between tests and TASEF predictions

    University essay from Luleå tekniska universitet/Byggkonstruktion och brand

    Author : Isac Andersson; Niklas Ek; [2017]
    Keywords : TASEF; Delamination; Timber beams; Parametric fire curves; Fire tests; Charring; Eurocode; TASEF; Delaminering; Träbalkar; Parametriska brandkurvor; Brandtester; Förkolning; Eurocode;

    Abstract : Four furnace tests have been performed using two different parametric fire curves and the results are compared with computer simulations and Eurocode calculations. What differentiates the parametric fire curve from other fire curves is in particular the cooling phase, something that has proven to be hard to model for timber structures. READ MORE

  5. 4. Temperature distribution and charring penetrations in timber assemblies exposed to parametric fire curves : Comparisons between tests and TASEF predictions

    University essay from Luleå tekniska universitet/Byggkonstruktion och brand

    Author : Niklas Ek; Isac Andersson; [2017]
    Keywords : Fire; Delamination; Parametric fire curve; TASEF; Eurocode; Timber; Brand; Delaminering; Parametrisk brandkurva; TASEF; Eurocode; Trä;

    Abstract : Four furnace tests have been performed using two different parametric fire curves and the results are compared with computer simulations and Eurocode calculations. What differentiates the parametric fire curve from other fire curves is in particular the cooling phase, something that has proven to be hard to model for timber structures. READ MORE

  6. 5. Life cycle assessment of the semidetached passive house "Röda lyktan" in northern Sweden : A comparison between the construction phase and the use phase

    University essay from Institutionen för teknik och hållbar utveckling

    Author : Michelle Svensson; [2013]
    Keywords : Passiv house; low energy house; LCA; life cycle assessment; insulation; rock wool mineral wool ; cellular plastic sheets polystyrene ; GWP; global warming potentials; CED; cumulative energy demand; USEtox; toxicity; Jämtland; Östersund; Passivhus; lågenergihus; LCA; livscykelanalys; isolering; stenull mineralull ; cellplast polystyren ; GWP; global uppvärmningspotential; CED; kumulativt energibehov; USEtox; toxicitet; Jämtland; Östersund;

    Abstract : This report is a life cycle assessment of a relatively newly built semidetached passive house/low energy house located in Östersund/Jämtland. The analysis concentrates on the building materials in the construction phase and the energy in the use phase for 50 years. READ MORE