Search for dissertations about: "Co-simulation"
Showing result 1 - 5 of 28 swedish dissertations containing the word Co-simulation.
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1. A Software Framework for Implementation and Evaluation of Co-Simulation Algorithms
Abstract : In this thesis, simulation of coupled dynamic models, denoted sub-systems, is analyzed and described in a co-simulation context. This means that the respective coupled systems contain their own internal integrator, hidden from the coupling interface. Co-Simulation is an interesting and active research field where industry is a driving force. READ MORE
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2. Method development for co-simulation of electrical-chemical systems in Neuroscience
Abstract : Multiscale modeling and simulation is a powerful approach for studying such phenomena in nature as learning and memory. In computational neuroscience, historically, methods and tools for neuronal modeling and simulations have been developed for studies focused on a single level of the neuronal organization. READ MORE
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3. Methods and Tools for Co-Simulation of Dynamic Systems with the Functional Mock-up Interface
Abstract : Simulation of coupled dynamical systems, where the subsystems are bundled with their own internal solver, is important in industry. This is due to that in many cases, with complex systems, this is the only viable option. READ MORE
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4. Co-Simulation in Virtual Verification of Vehicles with Mechatronic Systems
Abstract : In virtual verification of vehicle and mechatronic systems, a mixture of subsystems are integrated numerically in an offline simulation or integrated physically in a hardware-in-loop (HIL) simulation. This heterogeneous engineering approach is crucial for system-level development and widely spreads with the industrial standard, e.g. READ MORE
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5. A Co-Simulation Approach for Hydraulic Percussion Units
Abstract : This Licentiate of Engineering thesis concerns modelling and simulation of hydraulic percussion units. These units are often found in equipment for breaking or drilling in rock and concrete, and are also often driven by oil hydraulics, in which complex fluid-structure couplings are essential for their operation. READ MORE