JUE WANG
**** ***** **, *****, ** *****
Email: **********@*****.***
Mobile: 513-***-****
STATUS: United States Citizen
PROFESSIONAL SUMMARY
Over 20 years of experience in material and process development with expertise in material-structure-property analysis.
Proficient in material characterization for metals, polymers, and non-Newtonian fluids.
Strong interdisciplinary background in materials science, metallurgy, structural mechanics, and modeling (Ansys, Abaqus, Ls-Dyna).
Proven leadership in cross-functional collaboration, delivering significant business results through innovative technology solutions, open communication, and timely actions.
PROFESSIONAL EXPERIENCE
Sr. Scientist of Product and Process Development
Procter & Gamble Company, Cincinnati, OH
June 2007 – Present
Optimized non-woven fiber substrates process to achieve desirable combination of mechanical properties and cost
Performed material characterization and durability tests on fiber-resin composite parts, which are vitally critical to $6 billion sales
Developed ceramic composite molds with porous structure for laundry products with good chemical durability, wear resistance and surface properties.
Optimized the microstructure of the additive manufactured parts by heat treatment and surface enhancement to improve the strength and fracture toughness
Conduct metallurgical analyses and provide physical test results for production cutting tools to prevent abnormal wear and failure using metallography and SEM.
Improved coating microstructure for Gillette razor blades to prolong sharpness by heat treatment and composition optimization.
Studied the mixing process of different ceramic powders, such oxides, carbides and nitrides, to achieve uniformity before forming and sintering.
Led product failure analyses and design optimization to meet governmental safety regulations.
Designed and optimized processes and equipment for safety and high production rate, including chemical reaction and mixing tanks, and piping stress/strain analyses at elevated temperatures.
R&D Engineer
SIFCO Applied Surface Concepts, Cleveland, OH
May 2005 – June 2007
Developed advanced surface enhancement technologies for the aerospace industry, including nano-crystalline and HDPE composite coatings.
Optimized surface enhancement technologies for wear and corrosion protection in the Oil & Gas industry, such as silver plating for drilling bits/cones.
Innovated new processes for electro-deposition technology, including Selective and Electroless plating.
Characterized metal surface enhancement coatings using XRF, micro-indentation, metallography, corrosion, and wear testing.
Postdoctoral Researcher
The Ohio State University, Columbus, OH
September 2002 – May 2005
Developed an analytical model to predict the stability of multilayer thin films at high temperatures, studying grain boundary migration in thin films.
Explored diffusion processes between metals and ceramics at high temperatures, developing a thermal/diffusion barrier coating to protect metals.
Applied crystal plasticity models in FEA to predict material texture and anisotropy post-deformation and heat treatment using ABAQUS UMAT.
Investigated material microstructure evolution due to solid phase transformation with Phase Field Method and Micromagnetics.
Graduate Research and Teaching Associate
The Ohio State University, Columbus, OH
September 1997 – August 2002
Developed a new 3D, brick finite element for sheet forming processes, demonstrating superior accuracy and efficiency.
Simulated various material deformation processes using ABAQUS, Ls-Dyna, and ANSYS, experimentally verifying results.
Proposed a new analytical model for predicting sheet metal Limiting Drawing Ratio (LDR).
Conducted consulting projects for major automotive and steel companies to study material mechanical behavior.
EDUCATION
Ph.D. Materials Science and Engineering
The Ohio State University, December 1998 – August 2002
M.S. Materials Science and Engineering
The Ohio State University, September 1997 – December 1998
M.S. Metallurgy
Central-South University, September 1994 – May 1997
B.S. Metallurgy
Central-South University, September 1990 – May 1994