Search for dissertations about: "High-performance concrete"
Showing result 1 - 5 of 29 swedish dissertations containing the words High-performance concrete.
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1. Moisture Conditions in High Performance Concrete. Mathematical Modelling and Measurements
Abstract : The work presented in this thesis has been focused on developing a model to calculate the moisture conditions in concrete of low water/binder ratio (W/B) which is normally used in high performance concrete. To do this, the moisture conditions in high performance concrete have been studied, from a very early age. READ MORE
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2. Quasi-instantaneous and Long-term Deformations of High-Performance Concrete with Some Related Properties
Abstract : This report outlines an experimental and numerical study on quasi-instantaneous and long-term deformations of High-Performance Concrete, HPC, with some related properties. For this purpose about two hundred small cylinders and about one thousand cubes of eight types of HPC were cast. The age at loading varied between 18h and 28 days. READ MORE
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3. Ductility in high performance concrete structures : an experimental investigation and a theoretical study of prestressed hollow core slabs and prestressed cylindrical poles
Abstract : The thesis presents results from a project dealing with ductility in high performance concrete structures. The main objectives were to investigate the material and structural ductility/brittleness of prestressed structural elements of High Performance Concrete (HPC). READ MORE
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4. Thermal cracking in high performance concrete : viscoelastic models and laboratory tests
Abstract : .... READ MORE
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5. High-performance and self-compacting concrete in house building. Field tests and theoretical studies of possibilities and difficulties
Abstract : Cast in-situ concrete is the most frequently used materials technology worldwide within production of structural frames in multi-storey residential buildings. In Sweden, this technology dominates the market but is challenged by other competitive production methods. READ MORE