Automotive Radial Turbine Expander Design WHR

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Automotive Radial Turbine Expander Design WHR ( automotive-radial-turbine-expander-design-whr )

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8 1.2 Thesis Objectives and Scope This research aims to design and optimise a highly efficient radial-inflow turbine as an expansion machine in small-scale ORC systems. In addition, and as stated in the previous section, this work aims todevelop a performance prediction mean-line model forevaluatingthe performance of ORC radial-inflow turbines in ICEs. This is a crucial model owingto the variable conditions of the heat source in this work,namely, exhaust gas. This work is part of a project funded by Innovate UK to build a small-scale ORC system as a heat recovery system in heavy-duty diesel (HDD) engines. The main objectives of this research are listed below:  To develop a novel mean-line model that aims to improvethe design, optimisation and performance prediction of ORC radial-inflow turbines using real gas formulation. Thisnovel model can be employed as a primary tool in the performance prediction of radial-inflow turbines at the early stage of a project. Furthermore, this work aims to analyse the flow field using computational fluid dynamics (CFD) using ANSYS;and to validate the proposed model using real experimental tests.  To explore the pros and cons of different expansion machines on ORC system performance by conducting anin-depthreview of the open literature.  To theoretically explore the pros and cons of ORC systems as WHR systems in HDD engines in terms of fuel consumption and exhaust backpressure using realistic engine maps. This includes aninvestigation intothe effects of radial-inflow turbines on the ORC and powertrain performances. This objective is accomplished by constructing two simulation models: one for the ORC system and the other for the radial turbine as a part.  To obtain and quantify the potential of ORC systems in the use of wasted heat in automotive engines. This is accomplished by building a small-scale ORC system at Brunel University London laboratory

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