Search for dissertations about: "Håkan Andersson"
Showing result 1 - 5 of 47 swedish dissertations containing the words Håkan Andersson.
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1. Four applications of stochastic processes : Contagious disease, credit risk, gambling and bond portfolios
Abstract : This thesis consists of four papers on applications of stochastic processes. In Paper I we study an open population SIS (Susceptible - Infective - Susceptible) stochastic epidemic model from the time of introduction of the disease, through a possible outbreak and to extinction. The analysis uses coupling arguments and diffusion approximations. READ MORE
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2. The Passing-On Problem in EU Law Damages and Restitution
Abstract : In this thesis, the so-called passing-on problem is examined for the purposes of EU law. The passing-on problem may arise when an amount has been charged unlawfully, in whole or in part, and paid by a commercial enterprise. READ MORE
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3. Error-Correcting Codes Based on Chaotic Dynamical Systems
Abstract : This dissertation treats a novel class of error-correcting codes based on chaotic dynamical systems. The codes are defined over a continuous alphabet whereas the information that is to be transmitted belongs to a discrete set of symbols. Simple expressions can be given for the encoders, and the codewords can be described by a parity-check relation. READ MORE
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4. A Co-Simulation Approach for Hydraulic Percussion Units
Abstract : This Licentiate of Engineering thesis concerns modelling and simulation of hydraulic percussion units. These units are often found in equipment for breaking or drilling in rock and concrete, and are also often driven by oil hydraulics, in which complex fluid-structure couplings are essential for their operation. READ MORE
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5. A Co-Simulation Tool Applied to Hydraulic Percussion Units
Abstract : In this dissertation, a co-simulation tool is presented that is meant to comprise a more comprehensive environment for modelling and simulation of hydraulic percussion units, which are used in hydraulic hammers and rock drills. These units generates the large impact forces, which are needed to demolish concrete structures in the construction industry or to fragment rock when drilling blast holes in mine drifting. READ MORE