Funded Research Projects

  • Center for Micromorphic Multiphysics Porous and Particulate Materials Simulations with Exacale Computing Workflows,聽Advanced Simulation and Computing, Predictive Science Academic Alliance Program (PSAAP III),聽National Nuclear Security Administration,聽07/2020-06/2025, R.聽Regueiro (PI) with multiple Co-PIs with multiple聽participating institutes.聽J.H. Song (Senior Research Personnel).

  • Particle Difference Multi-Phase Field Analysis (PDMPFA) Software for Predicting Epitaxial Growth and Annealing Recrystallization,聽U.S. Naval Research Laboratory, 01/2020聽- 12/2020 (No-cost extension until 12/2021),聽J.H. Song听(笔滨).

  • LDRD: Multi-scale Modeling and Optimization of Additive Manufacturing Process for Nuclear Fuels, Idaho National Laboratory, 03/2019-02/2022,聽J.H. Song听(笔滨/厂耻产肠辞苍迟谤补肠迟辞谤).

    • Yr1 (2019):聽Multi-scale Modeling and Optimization of Additive Manufacturing Process for Nuclear Fuels

    • Yr2 (2020): Hybrid FEM/PDM AM Melt Pool Modeling of Nuclear Fuels

  • Development of Particle Difference Multi-Phase Field Analysis (PDMPFA) Software for Predicting Solidification of Multicomponent Alloy System and Damage Surface Evolution, U.S. Naval Research Laboratory, 01/2018-12/2018 (No-cost extension until 12/2019),聽J.H. Song听(笔滨).

  • STTR Phase I:聽Novel Multi-scale/Multi-physics Integrated Tool for the Prediction of Manufacturing-Induced Defects in Autoclave Composite Airframe Parts, Global Engineering and Materials, Inc./NAVAIR, 06/2015-01/2016 (Base period),聽J.H. Song听(笔滨/厂耻产肠辞苍迟谤补肠迟辞谤).

  • Multiscale Extended Finite Element Method for Failure, ONR, 06/2013-08/2014,聽J.H. Song听(笔滨).

  • Multiscale Model for Micromechanics-Based Prediction of Material Surface Behavior due to Extreme Hydrodynamic Loads, ONR, 07/2011-10/2013,聽J.H. Song听(笔滨).

  • STTR Phase II:聽Development of Finite Element Modules for Modeling Strong Discontinuity-based Cohesive Crack, Weidlinger Associates, Inc./ONR, 12/2011-09/2013,聽J.H. Song听(笔滨).

  • Development of Physics-based Predictive Computational Model for Submerged Implodable Payloads, Northwestern Univ./Stanford Univ./ONR, 09/2011-01/2012,聽J.H. Song听(笔滨).

  • SBIR Phase I:聽Calibration of Computational Predictive Model for Implosion Problems, Weidlinger Associates, Inc./ONR, 05/2012-11/2012,聽J.H. Song听(笔滨).

Research Sponsors & Collaborating Organizations

  • Fuels Modeling and Simulation听()

  • 听()

  • Methods Development Group ()