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Filtering by: Subject Light--Transmission Remove constraint Subject: Light--Transmission Committee Member Marcum, Wade Remove constraint Committee Member: Marcum, Wade Degree Field Nuclear Engineering Remove constraint Degree Field: Nuclear Engineering

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  • Flat Plate Free Convective Heat Transfer

    Creator:
    Bristol, Benjanmin R.
    Abstract:
    The OSU MASLWR Test facility is a scaled integral systems LOCA and proof-of-concept test facility for the Multi-Application Small Light Water Reactor design concept. A unique feature of this design is to utilize a small high pressure containment vessel to provide the safety containment function for an integral reactor pressure...
    Resource Type:
    Masters Thesis
    Full Text:
    integral systems LOCA and proof-of-concept test facility for the Multi-Application Small Light Water

  • High Pressure Condensation in an SMR Containment

    Creator:
    Mullin, Etienne M.
    Abstract:
    The Oregon State University Multi-Application Small Light Water Reactor test facility is employed in a series tests to evaluate condensation heat transfer in small, high pressure containment vessels characteristic of small modular reactor designs under development. This integral system test facility was constructed to demonstrate the feasibility of a pioneering...
    Resource Type:
    Masters Thesis
    Full Text:
    approved: Qiao Wu The Oregon State University Multi-Application Small Light Water Reactor test facility

  • Predicting Thermal Conductivity in Nuclear Fuels using Rattlesnake-Based Deterministic Phonon Transport Simulations

    Creator:
    Harter, Jackson R.
    Abstract:
    The Boltzmann transport equation derived in the Self-Adjoint Angular Flux (SAAF) formulation is applied to simulate phonon transport. The neutron transport code Rattlesnake is leveraged in this fashion, slightly modi ed to accept input from variables consistent with phonon transport simulations. Several benchmark problems are modeled to assess the potential...
    Resource Type:
    Masters Thesis
    Full Text:
    scattering being the primary mechanism of energy transport in nuclear fuel. UO2 is the fuel for all light