Search for dissertations about: "market turbulence"
Showing result 11 - 15 of 15 swedish dissertations containing the words market turbulence.
-
11. Acoustic modelling and testing of advanced exhaust system components for automotive engines
Abstract : The increased use of the diesel engine in the passenger car, truck and bus market is due to high efficiency and lower fuel costs. This growing market share has brought with it several environmental issues for instance soot particle emission. READ MORE
-
12. Returning to Work : geographies of Employment in Turbulent Times
Abstract : This thesis adds to theorizations of resilience, by placing workers and employment on the center stage. This has been addressed by contextualizing gross employment changes and workers’ way back to employment after redundancy. Swedish longitudinal microdata from 1990-2010 were used. READ MORE
-
13. Adaptive Logistics - Using Complexity Theory to Facilitate Increased Effectiveness in Logistics
Abstract : Logistics is gaining increased attention in companies since interconnectivity is increasing, and the interdependence among actors is enhanced due to challenges organizations are facing today (market changes, novel strategies, and technological improvements). While the logistics discipline has been characterized by an efficiency focus based on positivistic assumptions, the challenges of today require a focus on effectiveness i. READ MORE
-
14. Experimental and numerical investigation of axial turbine models
Abstract : Hydropower is a versatile renewable source of power generation able to change rapidly operating conditions. Hydropower plants may today work over a larger operating range than designed for due to the introduction of renewable sources of energy and the deregulation of the electricity market. READ MORE
-
15. Numerical modelling of a Kaplan turbine at different operating conditions: model and prototype
Abstract : The increasing variability of the energy market has created a less favourable context for hydropower plants. The operating conditions of the hydraulic turbines are impacted by the fast power regulation required to compensate for the implementation of renewable energy resources such as wind, wave, or solarpower. READ MORE