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Title | Creator | Description | Date |
1 |
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Design of bench scale model for pressure retarded osmosis | Melville, Joseph | This poster is a presentation on research done to create a bench scale model for experiments in pressure retarded osmosis(PRO). Also presented is a theoretical model of the power production using PRO. It presents research done in the Undergraduate Research Opportunity Program, and was presented at ... | 2015-07-16 |
2 |
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Hydrogen Fuel Cell Vehicle Report 2017 | Cuandon, Braulio, Hurlbut, Andrew, Landes, Chris, Nattison, Nate, Villata, Jeremy | | 2017 |
3 |
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Modeling of thermal storage tank for heat recovery applications | Rahman, Aowabin | Presented at the GCSC (Global Change and Sustainability Center) Research Symposium. The goal of this research was to develop a mathematical model of a stratified thermal storage tank containing stationary fluid with hot and cold heat exchangers.The model could be used as a screening tool to allow b... | 2016-02-02 |
4 |
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Modeling of thermal storage tank for heat recovery applications | Rahman, Aowabin; Fumo, Nelson; Smith, Amanda D. | The goal of this research was to develop a mathematical model of a stratified thermal storage tank, which could be used as a screening tool to allow building designers and owners to determine size and configuration of a storage tank for operation with a distributed generation system. | 2017 |
5 |
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Quantifying Electricity-Related Emissions for On-Campus Buildings | Savas, Alexia | This UROP funded project looked to quantify indirect emissions for on-campus buildings using the Skyspark database and EPA calculated emission factors. This poster was presented at the 2019 Spring Undergraduate Research Symposium. | 2019 |
6 |
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Wind farm density and harvested power in very large wind farms: a low-order model | Cortina, Gerard; Calaf, Marc | This project aims to develop a simplistic numerical model to determine the number of wind turbines that should be placed given a land extension, in order to maximize the power output as a function of different atmospheric stabilities | 2017 |