Search for dissertations about: "individual movement patterns"
Showing result 1 - 5 of 44 swedish dissertations containing the words individual movement patterns.
-
1. Car movement patterns and the PHEV
Abstract : Roughly 30% of Sweden’s total greenhouse gas emissions originate from transport and a majority of them from cars. The plug-in hybrid electric vehicle (PHEV) avoids the range limitation of the fully electric vehicle while still allowing for a major share of the fuel to be replaced by electricity from the grid and can thereby reduce greenhouse gas emissions, local pollutants and energy security concerns. READ MORE
-
2. Designing for Intercorporeality : An Interaction Design Approach to Technology-Supported Movement Learning
Abstract : Technology-supported movement learning has emerged as an area with ample possibilities within Human Computer Interaction and Interaction Design, as interactive technology can help people to develop and improve sensorimotor competencies. To date, design research has largely focused on technology development and on supporting individual learning experiences. READ MORE
-
3. The Nature of Women’s Career Development : Determinants and Consequences of Career Patterns
Abstract : Existing career theories are largely based on a stable working environment and have focused excessively on men and single work roles. In the postindustrial era, however, women’s careers, characterized by the constant negotiation of multiple roles and more frequent job changes, have had implications on the changing nature of careers. READ MORE
-
4. On Battery Electric Vehicles: Driving Patterns, Multi-Car Households and Infrastructure
Abstract : The transportation sector is responsible for a quarter of all greenhouse gas emissions in Europe. Though the transport system may be difficult to change into a less polluting system, electric vehicles may be a possible approach. READ MORE
-
5. Simulation of individual cells in flow
Abstract : In this thesis, simulations are performed to study the motion ofindividual cells in flow, focusing on the hydrodynamics of actively swimming cells likethe self-propelling microorganisms, and of passively advected objects like the red bloodcells. In particular, we develop numerical tools to address the locomotion ofmicroswimmers in viscoelastic fluids and complex geometries, as well as the motion ofdeformable capsules in micro-fluidic flows. READ MORE