Recent Progress in U-10Mo Mechanical and Thermophysical Property Characterization

Jason L Schulthess; Tsvetoslav R Pavlov; Michael P Heighes; Cynthia A Adkins; Chuting Tan; M Craig Marshall; William Alexander Hanson; Jeffrey J Giglio; James I Cole

Recent Progress in U-10Mo Mechanical and Thermophysical Property Characterization

Jason L Schulthess, Tsvetoslav R Pavlov, Michael P Heighes, Cynthia A Adkins, Chuting Tan, M Craig Marshall, William Alexander Hanson, Jeffrey J Giglio, James I Cole

Research output: Contribution to conference › Presentation › peer-review

Abstract

Results are presented on the mechanical and thermophysical property characterization of U-10Mo as part of the MP-1 qualification campaign. The thermal diffusivity, specific heat and thermal conductivity of as fabricated U-10Mo fuel foils and plates were measured using the thermal conductivity microscope (TCM), differential scanning calorimeter (DSC) and laser flash analyzer (LFA) all of which located in a shielded glove box – thermal property cell (TPC). A novel inverse method based on finite element analysis was developed to evaluate the thermal diffusivity of composite/layered materials via the LFA technique such as the 5-lyered U-10Mo monolithic fuel mini-plates.

Original language	English
State	Published - Oct 3 2022

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title = "Recent Progress in U-10Mo Mechanical and Thermophysical Property Characterization",

abstract = "Results are presented on the mechanical and thermophysical property characterization of U-10Mo as part of the MP-1 qualification campaign. The thermal diffusivity, specific heat and thermal conductivity of as fabricated U-10Mo fuel foils and plates were measured using the thermal conductivity microscope (TCM), differential scanning calorimeter (DSC) and laser flash analyzer (LFA) all of which located in a shielded glove box – thermal property cell (TPC). A novel inverse method based on finite element analysis was developed to evaluate the thermal diffusivity of composite/layered materials via the LFA technique such as the 5-lyered U-10Mo monolithic fuel mini-plates.",

author = "Schulthess, {Jason L} and Pavlov, {Tsvetoslav R} and Heighes, {Michael P} and Adkins, {Cynthia A} and Chuting Tan and Marshall, {M Craig} and Hanson, {William Alexander} and Giglio, {Jeffrey J} and Cole, {James I}",

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TY - CONF

T1 - Recent Progress in U-10Mo Mechanical and Thermophysical Property Characterization

AU - Schulthess, Jason L

AU - Pavlov, Tsvetoslav R

AU - Heighes, Michael P

AU - Adkins, Cynthia A

AU - Tan, Chuting

AU - Marshall, M Craig

AU - Hanson, William Alexander

AU - Giglio, Jeffrey J

AU - Cole, James I

PY - 2022/10/3

Y1 - 2022/10/3

N2 - Results are presented on the mechanical and thermophysical property characterization of U-10Mo as part of the MP-1 qualification campaign. The thermal diffusivity, specific heat and thermal conductivity of as fabricated U-10Mo fuel foils and plates were measured using the thermal conductivity microscope (TCM), differential scanning calorimeter (DSC) and laser flash analyzer (LFA) all of which located in a shielded glove box – thermal property cell (TPC). A novel inverse method based on finite element analysis was developed to evaluate the thermal diffusivity of composite/layered materials via the LFA technique such as the 5-lyered U-10Mo monolithic fuel mini-plates.

AB - Results are presented on the mechanical and thermophysical property characterization of U-10Mo as part of the MP-1 qualification campaign. The thermal diffusivity, specific heat and thermal conductivity of as fabricated U-10Mo fuel foils and plates were measured using the thermal conductivity microscope (TCM), differential scanning calorimeter (DSC) and laser flash analyzer (LFA) all of which located in a shielded glove box – thermal property cell (TPC). A novel inverse method based on finite element analysis was developed to evaluate the thermal diffusivity of composite/layered materials via the LFA technique such as the 5-lyered U-10Mo monolithic fuel mini-plates.

M3 - Presentation

ER -

Recent Progress in U-10Mo Mechanical and Thermophysical Property Characterization

Abstract

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