Cong Yu

Experience

• 

  Philips

  Oct 2012 - Jul 2013

  Internee

  - A 3D facial tissue finite element model was developed using Marc Mentat.-The model was compared with the existing morphing methods and showed significant improvement.

• 

  Eindhoven University of Technology

  Dec 2013 - May 2018

  PhD Candidate

  Hydrogels are hydrophilic polymers which have shown wide range of applications in drug delivery, tissue engineering, agriculture and hygienic products. In the current work, we first developed a three-dimensional mixed hybrid model for a swelling ionized hydrogel in MATLAB. The proposed numerical model was then evaluated in swelling simulations especially when (extremely) large deformations were involved. Complex buckling patterns were observed in the simulations. At last, a full-round comparison with the existing method (standard FEM) was carried out. We conclude that the mixed hybrid model exhibits significant advantages over standard FEM in terms of accuracy in calculation of transient deformation and flux fields especially when the domain is heterogeneous with a discontinuous interface in permeability. Show less

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  ASML

  Jan 2018 - now

  D&E, metrology

  • CS Application engineer

    Jan 2021 - now

  • Design Engineer

    Jan 2018 - Jan 2021