国际学生入学条件
Graduates of recognized universities may apply for admission. In general, admission to graduate study is granted only to those students who have good academic records and who are adequately prepared to undertake graduate work in their field of specialization. In particular, an applicant for admission to a graduate program leading to the degree of Doctor of Philosophy must have either a Master's degree or, in exceptional cases, a four-year Bachelor's degree, or the equivalent, with a minimum average of 77% (or equivalent). Possession of the minimum requirements does not ensure admission. Transcripts, IBT-83 Minimum IELTS: 6.5.
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IDP—雅思考试联合主办方
雅思考试总分
6.5
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- 雅思总分：6.5
- 托福网考总分：83
- 托福笔试总分：580
- 其他语言考试：Minimum Pearson: 65
课程简介
Conducts research and experimental testing with the following equipment:<br>240-ton double action hydraulic press for blanking, piercing, formability testing (Nakazima, Marciniak, Erichsen, bending, hole expansion, hydraulic bulge test), cyclic shear, hot stamping, die wear testing, etc.<br> <br>Tension/compression split Hopkinson bar apparatus for high strain rate characterization of work hardening behaviour of metals<br>Flat rolling mill for pre-straining up to large deformations<br>Instron Charpy impact tester for fracture toughness<br>Metallurgical lab, optical microscope, scanning electron microscope <br>FMTI optical strain measurement, high-resolution stereo-cameras, high-speed Photron cameras with digital image correlation software<br>Performs Numerical simulations including finite element simulations of various metal forming processes (stamping, drawing, springback prediction, hydroforming, piercing, trimming, electrohydraulic forming etc.) using LS-Dyna or ABAQUS. <br>Development of user-defined material subroutines for ABAQUS allows advanced constitutive models and damage models to be used that are not commercially available.<br><br>Engages in constitutive and damage modeling such as the development of advanced anisotropic, rate-dependent constitutive models and ductile damage models for use in finite element simulations and for prediction of forming behaviour, of the onset of plastic instability and fracture.<br><br>Carries out micromechanical modeling: development of micro- and mesoscale mechanical models (RVE representative volume element, CA cellular automata) for prediction of deformation and fracture of multi-phase steel sheets.
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