We are seeking a highly qualified candidate for a full-time postdoctoral
researcher position in the area of Computational Mechanics at the
Graduate Institute of Ferrous Technology (GIFT), Pohang University of
Science and Technology (POSTECH), Korea. Candidates with a strong
background in continuum/dislocation-based plasticity theory,
computational mechanics of sheet metals, FE modelling of sheet metal
forming processes… are highly encouraged to apply.
Responsibilities:
The successful candidate will be key research personnel and work in the Materials Mechanics Laboratory (MML) under the supervision of professor Myoung-Gyu Lee in the following two collaborative projects:
1. Simulation of Electric-Assisted Forming (EAF) process
- Funded by National Research Foundation (NRF)
- Funding period: 2013.12.1 - 2015.11.30 (2+ years)
- Collaborators: Seoul National University, KIMS and KITECH
- Responsibilities:
+ explore the working mechanism of electro-plasticity effects
+ use theoretical and/or finite element method to explain the insights of the electro-plasticity effects
+ develop and implement new constitutive models accounting for the electro-plasticity effects
+ develop new FE modeling techniques for EAF processes
+ introduce and optimize novel EAF processes and new concept of die design, etc.
2. Multi-strength cold stamping technology (ERC/SRC program)
- Funded by National Research Foundation (NRF)
- Funding period: 2012.8 - 2019.8 (7+ years)
- Collaborator: Pusan National University
- Responsibilities:
+ explore and propose innovative cold forming technologies for sheet metals made of materials with highly different strengths to be applied in automotive industry
+ develop new concept of die design and FE modeling techniques
+ optimize the materials selection, joining methods, and die and process design to improve the quality of products by the proposed multi-strength cold stamping technology
The candidate may also work on topics of his/her interest with professor Frederic Barlat who is a world famous scholar in the field of plasticity.
Required background:
- Theoretical, computational and experimental mechanics of sheet metals: continuum and dislocation-based plasticity theory
- Finite elements: computational modeling of sheet metal forming processes
- Knowledge of ABAQUS, LS Dyna, PAM-Stamp or similar softwares.
Qualifications:
- Ph.D. degree in Mechanical Engineering, Aerospace Engineering, Civil Engineering, Engineering Mechanics, Material Science or Theoretical & Applied Mechanics.
- Being self-motivated, highly responsible, and creative approach towards challenging problems.
- Good communication skills (verbal and written).
- In-depth understanding of plasticity theory, the finite element method, and materials engineering
- Extensive experience in scientific coding with FORTRAN, C or C++ (implementing constitutive models of sheet metals)
- Evidence of prior or ongoing publication activity in peer-reviewed journals.
To apply, applicants should send a full CV including experience and qualifications, a cover letter, a list of publications, summaries of recent work, the names of three references and at least one letter of recommendation to professor Myoung-Gyu Lee via email (mglee@postech.ac.kr). All applications should be submitted as single PDF documents immediately.
The position is immediately available until filled. Only the selected final candidates will be contacted.
For further information, please refer contact Prof. Myoung-Gyu Lee via email directly.
Responsibilities:
The successful candidate will be key research personnel and work in the Materials Mechanics Laboratory (MML) under the supervision of professor Myoung-Gyu Lee in the following two collaborative projects:
1. Simulation of Electric-Assisted Forming (EAF) process
- Funded by National Research Foundation (NRF)
- Funding period: 2013.12.1 - 2015.11.30 (2+ years)
- Collaborators: Seoul National University, KIMS and KITECH
- Responsibilities:
+ explore the working mechanism of electro-plasticity effects
+ use theoretical and/or finite element method to explain the insights of the electro-plasticity effects
+ develop and implement new constitutive models accounting for the electro-plasticity effects
+ develop new FE modeling techniques for EAF processes
+ introduce and optimize novel EAF processes and new concept of die design, etc.
2. Multi-strength cold stamping technology (ERC/SRC program)
- Funded by National Research Foundation (NRF)
- Funding period: 2012.8 - 2019.8 (7+ years)
- Collaborator: Pusan National University
- Responsibilities:
+ explore and propose innovative cold forming technologies for sheet metals made of materials with highly different strengths to be applied in automotive industry
+ develop new concept of die design and FE modeling techniques
+ optimize the materials selection, joining methods, and die and process design to improve the quality of products by the proposed multi-strength cold stamping technology
The candidate may also work on topics of his/her interest with professor Frederic Barlat who is a world famous scholar in the field of plasticity.
Required background:
- Theoretical, computational and experimental mechanics of sheet metals: continuum and dislocation-based plasticity theory
- Finite elements: computational modeling of sheet metal forming processes
- Knowledge of ABAQUS, LS Dyna, PAM-Stamp or similar softwares.
Qualifications:
- Ph.D. degree in Mechanical Engineering, Aerospace Engineering, Civil Engineering, Engineering Mechanics, Material Science or Theoretical & Applied Mechanics.
- Being self-motivated, highly responsible, and creative approach towards challenging problems.
- Good communication skills (verbal and written).
- In-depth understanding of plasticity theory, the finite element method, and materials engineering
- Extensive experience in scientific coding with FORTRAN, C or C++ (implementing constitutive models of sheet metals)
- Evidence of prior or ongoing publication activity in peer-reviewed journals.
To apply, applicants should send a full CV including experience and qualifications, a cover letter, a list of publications, summaries of recent work, the names of three references and at least one letter of recommendation to professor Myoung-Gyu Lee via email (mglee@postech.ac.kr). All applications should be submitted as single PDF documents immediately.
The position is immediately available until filled. Only the selected final candidates will be contacted.
For further information, please refer contact Prof. Myoung-Gyu Lee via email directly.
