Search for dissertations about: "finite element analysis prestressed concrete"
Showing result 1 - 5 of 7 swedish dissertations containing the words finite element analysis prestressed concrete.
-
1. Shear and Torsion in Concrete Structures Non-linear Finte Element Analysis in Design and Assessment
Abstract : For structural design and assessment of reinforced concrete members, non-linear finite element analysis has become an important tool. However, design and assessment of shear and torsion are still done with simplified analytical or empirical design methods. READ MORE
-
2. Behaviour and resistance of composite slabs : experiments and finite element analysis
Abstract : Composite slab flooring systems are used in steel framed buildings as well as in conjunction with concrete, prestressed concrete and timber structures. Composite slabs consist of a thin-walled profiled steel sheet, reinforcement and in-situ cast concrete. READ MORE
-
3. Structural Behaviour of Concrete Railway Sleepers
Abstract : The railway concrete sleeper is an important part of the railway track structure. The sleeper member requires substantial engineering skills during the design and manufacturing process in order to fulfil the requirements set by modern train traffic. READ MORE
-
4. Structural assessment procedures for existing concrete bridges : Experiences from failure tests of the Kiruna Bridge
Abstract : Assessing existing bridges is an important task in the sustainable management ofinfrastructure. In practice, structural bridge assessments are usually conducted usingtraditional and standardised methods, despite knowledge that these methods oftenprovide conservative estimates. READ MORE
-
5. Strengthening reinforced concrete structures with FRP composites
Abstract : Civil infrastructures made of reinforced concrete (RC) play an important role in the economic activities and services of society. However, signs of deterioration and functional deficiency are commonly found in existing RC structures. Thus, there is a great demand for upgrading the capacity and performance of existing concrete structures. READ MORE