Search for dissertations about: "Stockholm Kungliga Tekniska Högskolan"
Showing result 1 - 5 of 6 swedish dissertations containing the words Stockholm Kungliga Tekniska Högskolan.
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1. On Complex Hydrostatic Transmissions : Design of a Two-Motor Concept using Computer-Aided Development Tools
Abstract : Hydrostatic drives are being used in heavy, low-speed vehicles to an ever-increasing extent. The reason for this is that a number of advantages can be achieved such as stepless gear ratios, simple power distribution and high stiffness. Increased demands have led to an interest for new conceptual designs for hydrostatic transmissions. READ MORE
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2. Taming exotic beauties : Swedish hydropower constructions in Tanzania in the era of development assistance, 1960s-1990s
Abstract : This study analyses the history of a large hydroelectric scheme – the Great Ruaha power project in Tanzania. The objective is to establish why and how this specific scheme came about, and as part of this to identify the key actors involved in the decision-making process, including the ideological contexts within which they acted. READ MORE
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3. Trust, risk and vulnerability : towards a philosophy of risk communication
Abstract : This thesis is a philosophical contribution to the theories on risk communication. The topic of risk communication is approached from several different angles, but with a normative focus on equality and vulnerability. Essay I is a comment on risk perception theory and the psychometric model in particular. READ MORE
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4. Trusting and Taking Risks : a Philosophical Inquiry
Abstract : This dissertation is a philosophical contribution to the theories on trust and on risk communication. The importance of trust in risk communication has been argued for and empirically studied since the 80s. However, there is little agreement on the notion of trust and the precise function of trust. READ MORE
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5. Functional Relevance of Homeostatic Intrinsic Plasticity in Neurons and Networks
Abstract : Maintaining the intrinsic excitability of neurons is crucial for stable brain activity. This can be achieved by the homeostatic regulation of membrane ion channel conductances, although it is not well understood how these processes influence broader aspects of neuron and network function. READ MORE