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First Arctic Under-ice Ocean Walking Laboratory (FAU OWL)

fau_41587-Thumbnail Image.png
Type: Text
Year: 2018, 2018, 2018, 2018
Member of: FAU Undergraduate Student Research
Contributors: Prescod, Hanifah, Su, Tsung-Chow
Publisher: Florida Atlantic University
Description: This study is to design an autonomous underwater robotic laboratory for different missions within the Arctic environment. Missions involve locating natural resources such as oil deposits, determining if the area is a feasible location for deployment of sea and air systems for many operations, and to obtain water and mineral samples to study and monitor the changing Arctic environment. Thus far,… more
Full Text: First Arctic Under-ice Ocean Walking Laboratory (FAU OWL) Hanifah Prescod Tsung-Chow Su, Eng.Sc.D., Assoc. Chair, Professor, Department of Ocean and Mechanical Engineering ng OBJECTIVE PROCEDURE CONCLUSION This study is a step toward exhibiting the …

Spreading Dynamics of Water Film on a Vibrating Glass

fau_41580-Thumbnail Image.png
Type: Text
Year: 2018, 2018, 2018, 2018
Member of: FAU Undergraduate Student Research
Contributors: Chau, Jimmy, Kendrick, Brandon, Su, Tsung-Chow, Wilson, Robert
Publisher: Florida Atlantic University
Description: We examine experimentally, the spreading dynamics of a wetting water film on plate glass when subjected to vibrations. Both mechanical and acoustic sources of vibrations are considered. The water is wetted on a simply supported rectangular piece of plate glass. Several glass inclinations are tested, with different exciting frequencies. Furthermore, we add different chemicals on the glass surface… more
Full Text: Spreading Dynamics of Water Film on a Vibrating Glass Dr. Tsung-Chow Su, Brandon Kendrick, Robert Wilson, and Jimmy Chau Figure 1. Figure 2. Figure 3. Figure 4. HYPOTHESIS SUPPORTING DATA CONCLUSION The first hypothesis is that the movement of water can …

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  • (-) Su, Tsung-Chow (2)

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  • (-) 2018 (2)
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