Integrated Computational Materials Engineering for Welding

Research activities of Integrated Computational Materials Engineering for Welding (ICME-W) encompass:

  • Additive manufacturing of metals (powder bed, blown-powder, binder jetting and sintering)

  • Light-metal and dissimilar-metal joining for transportation (automotive, shipbuilding etc.)

  • Creep-resistance steels and alloys for power generation

  • Inertia and linear friction welding for aerospace engine shafts and blisks

  • Resistance spot welding, projection welding and mash seam welding of sheet metals

  • Modeling of welding and additive manufacturing processes and materials (Abaqus, Sysweld, Flow-3D, DEFORM, LS-Dyna, Simufact, and Thermo-Calc)

  • Specialized thermal-mechanical-metallurgical testing such as weld fatigue testing and Gleeble testing with high-temperature digital image correlation (DIC)

Professor Wei Zhang Ohio State Welding Engineering
Professor Wei Zhang
Welding Engineering
Department of Materials Science and Engineering
zhang.3978@osu.edu  |  614-292-0522 

double-arrowResearch highlights

Presureless sintering of stainless steel part printed by BJAM Wei Zhang Ohio State welding engineering

Pressureless sintering

of stainless steel part

printed by Binder Jetting Additive Manufacturing
Predictive model for thermal-mechanical response during paint-baking Wei Zhang Ohio State welding engineering

Predictive model

for thermal-mechanical response during paint-baking

of dissimilar metal structures
Non-spherical particles in powder bed fusion additive manufacturing Wei Zhang Ohio State welding engineering

Non-spherical particles

in powder bed fusion additive manufacturing
Structural support in additive manufacturing Wei Zhang Ohio State welding engineering

New joining method

Ultrasonic plus resistance spot welding

used to join aluminum to steel
scientific, technological and economic challenges for metal AM Wei Zhang Ohio State welding engineering

Scientific, technological and economic

challenges for metal AM
Structural support in additive manufacturing Wei Zhang Ohio State welding engineering

Calculating heat build-up and cooling conditions

during laser-powder bed fusion
Micro-resistance spot welding of dissimilar platinum to niobium wires Wei Zhang Ohio State welding engineering

Micro-resistance spot welding

of dissimilar platinum to niobium wires
Softening of heat-affected zone Wei Zhang Ohio State welding engineering

Predicting local softening

of subcritical heat-affected zone
High temperature mechanical testing Wei Zhang Ohio State welding engineering

High-temperature mechanical testing
Simulation of powder recoating dynamics Wei Zhang Ohio State welding engineering

Simulation of powder recoating dynamics
Categories: ResearchIntegrated Computational Materials Engineering for Welding

Publications

Courses

taught by Wei Zhang
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