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Additive manufacturing and 3D printing technologies are globally recognized as novel fabrication processes for advanced materials and components with unprecedented functionalities. These technologies offer tremendous potential in achieving significant design innovations, complex part rapid fabrication, and distributed digital manufacturing. In Smart Additive Manufacturing (SAM), functional components and devices with tailored properties are manufactured with the aid of flexible materials & process design, data analysis, in-process sensing and control, and advanced modeling.
Additive manufacturing and 3D printing technologies are globally recognized as novel fabrication processes for advanced materials and components with unprecedented functionalities. These technologies offer tremendous potential in achieving significant design innovations, complex part rapid fabrication, and distributed digital manufacturing. In Smart Additive Manufacturing (SAM), functional components and devices with tailored properties are manufactured with the aid of flexible materials & process design, data analysis, in-process sensing and control, and advanced modeling.
TA/RA positions open
TA/RA positions open
Currently recruiting funded undergraduate, M.S and Ph.D. students with background in materials/manufacturing. Self-motivated students with experience in advanced electron microscopy analysis, materials behavior modeling, FEM and fluid dynamics modeling, automation control/design, and data analysis are highly desired. If interested, please send email along with CV directly to Dr. Wang yachao.wang@und.edu, with email title starting with "Prospective student".
Research Highlights
Multi-scale Solidification simulation during laser based additive manufacturing process. Click for details
Grain morphology control for laser melting process. Click for details
Nanoparticles strengthening and distribution in Laser AM. Click for details
Deep learning-based intelligent monitoring of AM process. Click for details
Hybrid additive manufacturing combining ultrasonic impact peening and laser deposition for residual stress control. Click for details
Atomistic simulation of nanoscale shot peening. Click for details
Functionally gradient material from Ni-based to Fe-based alloy by laser deposition. Click for details
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