Coupling in situ TEM and phase field modeling to better understand grain growth in nanocrystalline metals.
Abstract not provided.
Bufford, Daniel Charles↗
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Results for “Phase Field Model”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Sintering Dynamics in Direct Write Additive Manufacturing Processes: A Phase Field Model.
Abstract not provided.
Abdeljawad, Fadi F.↗
Two-way Coupling of Fracture and Fluid Flow Using a Phase-field Model.
Abstract not provided.
Tupek, Michael R.↗
A 3D phase field model of dislocation dynamics in BCC metals
Explore the source record for details and available documents.
Peng, Xiaoyao↗
Phase-field Modeling of Elasto-plastic Fracture for Ductile Materials.
Abstract not provided.
Tupek, Michael R.↗
Phase field modeling on initial microstructure effect on grain coarsening and concomitant property degradations in SOFC electrodes
Presented by NETL at 18th Annual Solid Oxide Fuel Project Review Meeting. 6/17
Wen, Youhai↗
Towards practical phase field modeling of general ductile fracture problems.
Abstract not provided.
Talamini, Brandon↗
Phase-field Modeling of Microstructure Evolution coupled with Plasticity, Interfacial Sliding and Coherency Loss - Poster
Poster Presented by NETL at MS&T 2019, 09/19
Cheng, Tianle↗
Ductile Fracture Representation using the Phase-Field Model in SIERRA.
Abstract not provided.
Stershic, Andrew Joseph↗
Phase Field Modeling of Gas Bubble Morphology in Solids.
Abstract not provided.
Kaczmarowski, Amy Kathleen↗
Mesoscale Multiphysics Phase Field Simulator (MEMPHIS): Recent progresses in phase-field modeling at Sandia National Laboratories.
Abstract not provided.
Dingreville, Remi Philippe Michel↗
Ductile Fracture Representation Using the Phase-Field Model in SIERRA.
Abstract not provided.
Stershic, Andrew Joseph↗
Phase-Field Model of Precipitation Processes with Spontaneous Coherency Loss
TMS 2022, Virtual, February 27–March 3, 2022
Cheng, Tianle↗
Phase Field Modeling of Void Growth Under Creep
TMS 2022, Virtual, February 27–March 3, 2022
Cheng, Tianle↗
Phase-Field Modeling of Crack Growth and Mitigation in Solid Oxide Cells
23rd International Conference on Solid State Ionics (SSI-23), Boston, MA, July 17-22, 2022
Xue, Fei↗
Phase-Field Modeling of the Thermally-Grown Oxide in High-Temperature Coating Systems
For presentation at the Gordon Research Conference of High Temperature Corrosion, New London, NH, July 17-20, 2023.
Cheng, Tianle↗
A Phase-Field Model for the U-Pu-Zr System
Modeling nuclear materials is a multi-scale, multi-physics endeavor. Researchers are currently investigating how bulk material properties are affected by the evolution of microscopic material structures, i.e. microstructures. Development of tools that can mechanistically predict the effects of processes like diffusion and grain growth on properties like thermal conductivity will transform nuclear material design, manufacturing, and use. Intermediate-scale, i.e. mesoscale, modeling is among the most promising tools available for this task. Expedited development of mesoscale models, however, will require structured collaboration between modelers and experimentalists. Coupling these fields promises to improve both model accuracy and experiment design. With these ideas in mind, a mesoscale model of the U-Pu-Zr system is being developed. Its development will accompany a series of experiments involving irradiation of metallic fuel samples.
11 NUCLEAR FUEL CYCLE AND FUEL MATERIALS↗