Experience

TU Delft | Mechanical Engineering

• Netherlands
• Research
• 1 - 100 Employee

• Researcher

  • Aug 2019 - Apr 2022

  • Performed scientific research on advanced failure modeling of thin-walled ship-offshore ‎structures • Performed Finite Element Analyses to identify crack direction in ship hulls exposed to ‎accident ‎ • Performed crack propagation simulations with CZM and X-FEM approach • Design 2D&3D drawings of specimens for experimental validation ‎ • Performed experimental tests with a tensile machine and DIC system • Determined plastic behavior (Stress/Strain/Anisotropy) for ship… Show more • Performed scientific research on advanced failure modeling of thin-walled ship-offshore ‎structures • Performed Finite Element Analyses to identify crack direction in ship hulls exposed to ‎accident ‎ • Performed crack propagation simulations with CZM and X-FEM approach • Design 2D&3D drawings of specimens for experimental validation ‎ • Performed experimental tests with a tensile machine and DIC system • Determined plastic behavior (Stress/Strain/Anisotropy) for ship steels • Write a scientific paper published in OMAE-2020 Conference‎ Show less • Performed scientific research on advanced failure modeling of thin-walled ship-offshore ‎structures • Performed Finite Element Analyses to identify crack direction in ship hulls exposed to ‎accident ‎ • Performed crack propagation simulations with CZM and X-FEM approach • Design 2D&3D drawings of specimens for experimental validation ‎ • Performed experimental tests with a tensile machine and DIC system • Determined plastic behavior (Stress/Strain/Anisotropy) for ship… Show more • Performed scientific research on advanced failure modeling of thin-walled ship-offshore ‎structures • Performed Finite Element Analyses to identify crack direction in ship hulls exposed to ‎accident ‎ • Performed crack propagation simulations with CZM and X-FEM approach • Design 2D&3D drawings of specimens for experimental validation ‎ • Performed experimental tests with a tensile machine and DIC system • Determined plastic behavior (Stress/Strain/Anisotropy) for ship steels • Write a scientific paper published in OMAE-2020 Conference‎ Show less



LEM3 - UMR CNRS n° 7239

• France
• Higher Education
• 1 - 100 Employee

• Master Thesis Project

  • Feb 2018 - Sep 2018

  • Developed a numerical Matlab code to predict sheet metal formability ‎ • Determined forming limit diagram (FLD) based on M-K method combined with plastic strain gradients • Determined localized necking direction for different stress states • Develop second order differential equations and solve them numerically with Finite ‎Difference Method • Developed a numerical Matlab code to predict sheet metal formability ‎ • Determined forming limit diagram (FLD) based on M-K method combined with plastic strain gradients • Determined localized necking direction for different stress states • Develop second order differential equations and solve them numerically with Finite ‎Difference Method