This project aims to simulate and find out more about the electrical dynamics of a six-phase exciter for hydropower generators. Because ordinary electric circuit-based simulation software only simulate Continue reading
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Mechanical Projects
Gearbox Housing Topology Optimization With Respect To Gear Misalignment (Mechanical Project)
Structural topology optimization methods have existing and been improving theoretically since 1980s; however, in industry, with respect to the certain conditions, proper modification is always desired. This study develops a specific method to utilize Continue reading
Investigation of JP-8 Autoignition Under Vitiated Combustion Conditions (Mechanical Project)
Limited data on jet fuel ignition and oxidation at low-O2, vitiated conditions has hindered the validation of kinetic models for combustion under such conditions.
In this study, ignition delay time experiments of JP-8 have been performed with Continue reading
Experiment of All Solid-State Electrochemical Sensor for Surface Chemistry Analysis for Adhesive Bonding (Mechanical Project)
This thesis presents: 1) Literature review on adhesive bonding technologies in aviation industry including surface pretreatments (pre-preparation), surface quality assurance, and surface chemistry analysis methods; and 2) Development and study of a novel solid-state electrochemical sensor for Continue reading
Effect of Temperature on Mechanical Response of Austenitic Materials (Mechanical Project)
Global increase in energy consumption and global warming require more energy production but less CO2 emission. Increase in efficiency of energy production is an Continue reading
Detection of Driver Unawareness Based on Long and Short-term Analysis of Driver Lane Keeping (Electronics Project)
Many traffic accidents are caused by driver unawareness. This includes fatigue, drowsiness and distraction. In this study two systems are described that could be used to decrease the number of accidents. In the first part of this study a system using long-term information to warn drivers suffering from Continue reading
Molecular Dynamics Simulations of the Mechanical Deformation Behavior of Face-Centered Cubic Metallic Nanowires (Mechanical Project)
Nanoscale materials have become an active area of research due to the enhanced mechanical properties of the nanomaterials in comparison to their respective bulk materials. The effect that the size and shape of a Continue reading
Military Aviation Incident Reporting from an HTO Perspective (Mechanical Project)
The purpose of this study is to find out if the Swedish Air Force and the military aviation industry, Saab Aerosystems, use an HTO perspective in Continue reading
Optimal Control of Hybrid Systems, with Application to Vehicle Dynamics (Mechanical Project)
Hybrid dynamical systems are common throughout the physical and computer world, and they consist of dynamical systems that contain both continuous time and discrete time dynamics. Examples of this type of system include Continue reading
Semi-Empiric Algorithm for Assessment of the Vehicle Mobility (Mechanical Project)
The mobility of military vehicles plays a key role in operation. The ability to reach the desired area in war theatre represents the most important condition for a successful accomplishment of the mission for military vehicles. The offroad vehicles face a broad spectrum of terrains to cross. These terrains differ by geometry and the soil characteristics. Continue reading
Object-Oriented Modelling of a Wind Power Plant in Modelica and Analysis of Loads on Blade Bearings (Mechanical Project)
Within this study a strongly simplified yet complete, component-based numerical model for load analysis of a horizontal wind turbine is built up. The model is written in the open-source, object-orientated and equation-based modelling language Modelica and designed in Continue reading
Developing Highly Accurate And Stable Open-region Electromagnetic Simulations (Mechanical Project)
In open-region electromagnetic simulations, the computational domain has to be truncated by an absorbing boundary condition (ABC) to model the infinite space. The performance of ABC strongly affects the accuracy of Continue reading