Search for dissertations about: "Return flow"
Showing result 1 - 5 of 77 swedish dissertations containing the words Return flow.
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1. Experimental Study on Truck Related Power Losses: The Churning Losses in a Transmission Model and Active Flow Control at an A-pillar of Generic Truck Cabin Model
Abstract : The fight with global warming constantly forces vehicle manufacturers to innovate, in order to be able to reduce the CO2 emissions of their product. This means that marginal efficiency gains in every component are considered beneficial for total reduction of CO2 emissions. READ MORE
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2. Empirical tests of exchange rate and stock return models
Abstract : Abstracts to ”Empirical tests of exchange rate and stock return models” Order flow in the Foreign Exchange Market Price discovery in foreign exchange markets is explored using Swedish data including trades from both the customer and the interdealer market. The data set represents a majority of all executed trades in the EURSEK exchange rate over a four-year time period. READ MORE
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3. Planning Models for Single Wire Earth Return Power Distribution Networks
Abstract : The high cost of grid extension to rural areas, often characterized by scattered communities with low load densities, requires the use of low cost electrification technologies to ensure economic viability. In Single Wire Earth Return (SWER) power distribution networks, the earth itself forms the current return path of the single phase system leading to significant cost savings on conductors, poles and poletop hardware compared to conventional systems. READ MORE
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4. Aspects on prostanoid and cholinergic effects on aqueous humour dynamics in human eyes
Abstract : The discovery of the ocular hypotensive effect of topically applied prostaglandins (PGs) has raised a number of questions about the mechanisms of action involved. The aim of the present thesis was to answer some of these questions. READ MORE
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5. Basin-scale change in water availability and water quality under intensified irrigated agriculture
Abstract : Changes in land use and water use can greatly impact the cycling of water and water-borne substances. Increased redistribution of river water to irrigated fields can cause enhanced evapotranspiration and decreased river discharge. READ MORE