Browsing Doctoral Dissertations by Author "Rosen, Marc A."
Now showing items 1-6 of 6
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Assessing district energy systems performance integrated with multiple thermal energy storages.
Rezaie, Behnaz (2013-08-01)The goal of this study is to examine various energy resources in district energy (DE) systems and then DE system performance development by means of multiple thermal energy storages (TES) application. This study sheds light ... -
Development and analysis of a high temperature electrolyser for the Cu-Cl cycle for hydrogen production
Khalid, Farrukh (2017-01-01)A number of thermochemical cycles have been investigated to produce hydrogen from water. However, most of these cycles operate at over 800°C. The relatively lower temperature (550°C) requirement and use of inexpensive ... -
Development and modeling of novel battery thermal management systems for electric and hybrid electric vehicles
Al-Zareer, Maan (2019-04-01)Thermal management system is necessary to control the operating temperature of the lithium ion batteries in battery packs for electrical and hybrid electrical vehicles. This thesis studies, develops and models novel battery ... -
Investigation of new phase change material based thermal management systems for Li-ion batteries
Malik, Monu (2017-01-01)In this thesis, a battery pack consisting of three A123 20Ah cells connected in series is tested with various cooling methods at different discharge rates. Four different coolant inlet temperatures are selected for the ... -
Mass transfer and particle dissolution in liquid-gas and solid-liquid flows: Application to hydrogen production processes.
Jianu, Ofelia Antonia (2013-10-01)Many environmental problems are related to the production, transformation and use of energy. Some of the concerns include, but are not limited to, acid rain, ozone depletion and climate change. Therefore, “greener” ... -
Thermal sustainability of low-temperature geothermal energy systems: System interactions and environmental impacts.
Kouhi Fayegh Dehkordi, Sima (2013-10-01)In storing heat during summer for use in winter, the ground provides a better source/sink of heat than the outside air in regards to heat pump efficiency, being cooler than the outside air in the summer and warmer in the ...