Xiaohua Hu
Senior Scientist @Oak Ridge National Laboratory
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WORK HISTORY
Senior Scientist @Oak Ridge National Laboratory
Oak Ridge, TN, US
Principal Investigator (PI) of DOE High Performance Computing (HPC4EI) Projects- Predicting Limit Rub Response in Advanced Gas Turbine Engines. collaborator (c): Pratt & Whitney- Multi-resolution concurrent modeling (MRCM) of residual stress in powder bed fusion additive manufacturing c: Ford Motor Company (Ford)- Crystal plasticity finite element (CPFE) modeling of martensitic transformation of advanced high strength steels (AHSS). c: ArcelorMittal- Develop a new integrated macro→micro←nano (MMN) multiscale modeling framework to optimize high strength aluminum alloys and processes for vehicle light-weighting. c: Ford• PI of DOE-AMO sponsored Technological-Collaboration project- Macro-micro multiscale modeling to assist the design of HPDC Al castings microstructure and alloys for EV super-large body structures. c: Ford• Support Task PI of DOE core program projects- ductility & fatigue analysis of high temperature Al-Cu-Mn-Zr (ACMZ) cast automotive engine alloy- FE ductility analysis of Al-Steel composites with the 3D print (steel skeleton) & cast (al alloys) process- thermal and mechanical analysis to optimize local bendability and stretchability of locally laser-modified high strength Al sheet alloy• Co-PI and lead on power ultrasonic assisted processes on aluminum sheet alloys including self-piercing riveting (SPR, JCP)) and Surface/Edge modification (LMCP).
EDUCATION
University of Science and Technology Beijing
Doctor of Philosophy - PhD, Materials Science & Engineering
ABOUT XIAOHUA HU
Currently working in Pacific Northwest National Lab as a senior scientist on Multi-Physis, Multi-Phase modeling for engineering applications. This is preceded by the work at Litens Automotive Group as CAE analyst involved in developement, FE structural, fatigue and failure analysis of automotive parts in power transmission system. Formerly working as research associate in McMaster University and Case Western Reserve University on microstructrually based multiscale modeling of sheet metal forming and thermal fatigue analysis of die casting dies. The above period is preceded by the work as a junior researcher in Katholieke Universiteit Leven and postdoral researcher in Delft University of Technolgoy on micromechanical studies of aluminum alloys, pearlitc and other carbon steels and coating adhesion studies of galvanized steels.
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