Posted by The research cluster Materials Science and Technology-DyMaLab settle for a Doctor of Philosophy student to contribute to a ecu research on advanced high strength steels for the automotive trade within the 2023/24 academic term.
Project details:
The project aims at associate degree increased understanding of the microstructural factors tributary to the energy absorption capability of steels employed in automobile elements designed to shield car occupants just in case of a crash. a lot of specifically, advanced high strength steels that accept the transformation of solid solution to solid solution throughout plastic deformation, additionally known as transformation iatrogenic physical property or TRIP result, are going to be studied. Indeed, several studies have shown that the TRIP result may be a key component to get the superior properties required for the latest generation of advanced high strength steels. Therefore, the TRIP result has been extensively studied in recent years. However, data continues to be missing on the solid solution to solid solution transformation below impact-dynamic, multiaxial loading conditions. The latter is that the aim of gift Doctor of Philosophy analysis. a lot of concrete, within the project well-controlled, dynamic multiaxial masses are going to be obligatory to many automotive steels that show the TRIP result. Analysis of the mechanical check results and microstructure of the steels can enable to spot the parameters that govern the transformation. to boot, check and microstructural information can enable to feed and optimise models that describe the dynamics of the transformation and also the ensuing mechanical behaviour of the steels.
To characterise the dynamic behaviour of the materials, DyMaLab disposes of experimental facilities that are distinctive within the world. mistreatment these facilities, the Doctor of Philosophy student can investigate however strain rate and also the multiaxiality of the strain state will {affect|have an result on} the TRIP effect. in a very opening move, the Doctor of Philosophy student, with the assistance of senior researchers, can ought to setup and perform an in depth experimental campaign. later, supported the analysis of the check results combined with microstructural observations, the Doctor of Philosophy student can assess existing models that describe the solid solution to solid solution transformation dynamics and connected material behaviour. in a very next step, optimised material laws are going to be developed. For the modelling a part of the project, DyMaLab disposes of business finite component code that permits to implement user-defined material models. The research are going to be performed in shut collaboration with the opposite tutorial and industrial partners concerned within the research.
Value
- The selected Doctor of Philosophy student can receive a 4-year, competitive scholarship (monthly more or less 2000 EUR nett disposable and alternative student benefits).
- They offer associate degree intellectually difficult, international work surroundings.
- Additionally, the Doctor of Philosophy student can have access to high-quality coaching to develop exhausting and soft skills, opportunities to participate in international scientific conferences and to move with international researchers.
Eligibility & Selection Criteria
- You have a master’s degree (or equivalent) in mechanical, materials science or technology. Metals and mechanics of materials ought to are a crucial a part of your programme.
- You have a demonstrable interest within the field of mechanics of materials.
- You are accustomed to material testing and finite component modelling.
- You have a keen interest in experimental work.
- You have associate degree freelance, problem-solving, organized and result-oriented angle.
- You have the mandatory social skills, flexibility and important thinking to operate in a very multidisciplinary and international tutorial surroundings.
- Competency of English (reading, writing, and speaking) is needed.
Application Deadline: June 30, 2023
Application Details
- Applications ought to be sent in via email to [email protected]
- The following documents ought to be attached: motivation letter (no quite one page), CV (no quite three pages) and copies of your SM degree. Please merge all documents into one PDF attachment.
- Short-listed candidates are going to be enlightened at short notice and names of referees will be requested.
- The vacancy can stay open till the position is crammed.