Search for dissertations about: "pedestrian dynamics"
Showing result 1 - 5 of 12 swedish dissertations containing the words pedestrian dynamics.
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1. Footbridge Dynamics : Human-Structure Interaction
Abstract : For aesthetic reasons and due to an increased demand for cost-effective and environmentally friendly civil engineering structures, there is a trend in designing light and slender structures. Consequently, many modern footbridges are susceptible to excessive vibrations caused by human-induced loads. READ MORE
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2. On the dynamics of footbridges : A theoretical approach and a comparison between running and walking loads
Abstract : The dynamic behaviour of lightweight footbridges is often susceptible to HumanInduced Loads (HILs). Generally HILs are taken into account as moving harmonicfunctions in which the loading frequency represents the step frequency of the pedestrians. READ MORE
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3. Models for coupled active-passive population dynamics : Mathematical analysis and simulation
Abstract : In this dissertation, we study models for coupled active--passive pedestrian dynamics from mathematical analysis and simulation perspectives. The general aim is to contribute to a better understanding of complex pedestrian flows. READ MORE
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4. Topics in the mean-field type approach to pedestrian crowd modeling and conventions
Abstract : This thesis consists of five appended papers, primarily addressingtopics in pedestrian crowd modeling and the formation of conventions.The first paper generalizes a pedestrian crowd model for competingsubcrowds to include nonlocal interactions and an arbitrary (butfinite) number of subcrowds. READ MORE
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5. Infrastructure-free pedestrian localization
Abstract : Knowledge of your own and other's positions are frequently a prerequisite for acting, leading others, and interacting in and with the environment; to retrieve relevant information and to process and interpret it; and to understand, compile, and learn from observations of the surrounding and its dynamics. This holds for humans as well as for machines and systems made for supporting and controlling them. READ MORE