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Filtering by: Creator Nielsen, James F. Remove constraint Creator: Nielsen, James F. Committee Member Liburdy, James Remove constraint Committee Member: Liburdy, James Degree Level Bachelor's Remove constraint Degree Level: Bachelor's

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  • Microscale thermal management using membrane vapor extraction

    Creator:
    Apreotesi, Mario A.
    Abstract:
    With the miniaturization of microelectronics and increase of processor speeds in the last few decades, thermal management is drastically affecting overall packaging and system capabilities. Due to the special needs introduced, research focusing on microscale cooling has increased. This study combines the positive characteristics of single- and two-phase flows in...
    Resource Type:
    Honors College Thesis
    Full Text:
    James Liburdy, representing Mechanical Engineering

  • Freeze Stage Analysis of an Indirect Freeze Desalination System

    Creator:
    Whitaker, Trevor A.
    Abstract:
    Freeze desalination poses as a potential solution to many of the issues that accompany current desalination methods. The research detailed in this manuscript involves creating and analyzing a numerical model of the freezing operation of an indirect contact freeze-melting (FM) desalination system. In this initial analysis, pure water is frozen...
    Resource Type:
    Honors College Thesis
    Full Text:
    APPROVED: Deborah V. Pence Mentor, representing Thermal-Fluid Sciences James Liburdy Committee Member

  • Preliminary Numerical Study of a Condenser Using Fractal-Like Patterned Hydrophobic and Hydrophilic Strips

    Creator:
    Lazaroff, Spencer A.
    Abstract:
    Condensers are vital components of power plants and are often one of the most major cost concerns when planning construction. Generally speaking, the surface area required to dissipate the heat generated in the boiler is so great that enormous and expensive structures are necessary. The usage of a hybrid surface...
    Resource Type:
    Honors College Thesis
    Date Created:
    Full Text:
    _____________________________________________________________________ James Liburdy, Committee Member, representing MIME

  • The Use of Fractal-Like Bifurcating Flow Channels for Biological Targeted Cooling

    Creator:
    Stottlemyre, Wyatt
    Abstract:
    In the wake of climate change, the risk of heat related illnesses has continuously increased over the past several decades. While thermal management solutions have continued to improve, there is a need for efficient cooling systems that conform with the human body. This study combines the solutions from fractal-like flow...
    Resource Type:
    Honors College Thesis
    Full Text:
    _____________________________________________________________________ James Liburdy, Committee Member, representing Mechanical Engineering