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Filtrado por: Departamento, Escuela o Facultad Energy Systems Research Unit.

1. A blade design methodology for overspeed power regulation of horizontal axis tidal turbines

Creador:: Gracie-Orr, Katie.
Fecha:: 2017
Department, School or Faculty:: Department of Mechanical and Aerospace Engineering. and Energy Systems Research Unit.

2. Methodology to investigate the energy and indoor environmental performance of typical Egyptian offices

Creador:: Elharidi, Aly M.
Fecha:: 2017
Department, School or Faculty:: Department of Mechanical and Aerospace Engineering. and Energy Systems Research Unit.

3. Risk assessment due to load demand and electricity price forecast uncertainty

Creador:: Gao, Gao.
Fecha:: 2019
Department, School or Faculty:: Department of Electronic and Electrical Engineering. and Energy Systems Research Unit.

4. The effect of unsteady sea conditions on tidal stream turbine loads and durability

Creador:: Nevalainen, Thomas Mikael.
Fecha:: 2016
Department, School or Faculty:: Department of Mechanical and Aerospace Engineering. and Energy Systems Research Unit.

5. Air source heat pump modelling for dynamic building simulation tools based on standard test data

Creador:: Baster, Eric.
Fecha:: 2017
Department, School or Faculty:: Department of Mechanical and Aerospace Engineering. and Energy Systems Research Unit.

6. Building 'in' tenant energy performance : a new method of benchmarking variations in patterns of use by building tenure

Creador:: Morton, Emma Mellanie.
Fecha:: 2017
Department, School or Faculty:: Department of Mechanical and Aerospace Engineering. and Energy Systems Research Unit.

7. Multi-objective inversion-based control of building integrated energy systems

Creador:: Allison, John.
Fecha:: 2018
Department, School or Faculty:: Department of Mechanical and Aerospace Engineering. and Energy Systems Research Unit.

8. Distributed dispatching for embedded generation

Creador:: Conner, Stephen J.
Fecha:: 2003
Department, School or Faculty:: Energy Systems Research Unit.

9. Towards an improved representation of building occupant's thermal interaction, integrating detailed occupant thermal models within building simulation

Creador:: Rida, Mohamad.
Fecha:: 2020
Department, School or Faculty:: Department of Mechanical and Aerospace Engineering. and Energy Systems Research Unit.