The scholarship is limited to a period of 3 years, and the successful candidate will obtain a double degree from SUT and RUC. During the study the student will spend approximately half the time at SUT and half the time at RUC; the working agreement will follow the current working place. Successful candidates will be expected to submit a full application to both SUT and RUC by 31 May 2019 and candidates must apply for admission to both RUC and SUT under the partnered PhD scheme.
Description of the PhD project
The project title is Nano-hydrodynamics and is divided into two tasks, (a) and (b).
(a) It is well known that certain fluid flows in nano-sized geometries are characterized by a large flow enhancement, one example is water flowing in a carbon nano-tube. To understand this enhancement the so-called slip length must be found. In this first part of the project the student will improve a method developed by the supervisors to calculate this slip length. The improvement will reduce the computational effort currently needed. The student will also critically review other existing methods to calculate the slip length.
(b) It has been shown that the response of a dielectric material to an external field is reduced significantly in nano-scale confinements. Importantly, this response depends on the direction of the field, that is, the relative permittivity is anisotropic. While simple models can explain the reduced response, they fail to predict the large anisotropy. This second part of the project seeks to study this anisotropy in detail using atomistic simulations, and from this propose a continuum model that can predict both the reduced dielectric response and the anisotropy.
The student will work with the underlying theories and perform extensive molecular dynamics simulations comparing simulation data with theoretical predictions.
The Doctoral Schools
The student will be enrolled in the Department of Mathematics, School of Science, Faculty of Science, Engineering and Technology (FSET). The Faculty is a major engine of the research at Swinburne and is a dynamic hub of frontline research and teaching in the physical sciences, engineering and information technology. The University’s major research centres are all located in FSET, which a new major centre in applied mathematics and computation anticipated to commence in 2019.
You will be enrolled as a PhD student at the Ph.D School of Science and Environment at Roskilde University. About the Ph.D. school: We teach and research application-oriented and innovative in the science of the real world and in the environment. We work with the fundamentals of science that determines and develops the theories on which science is based. Fundamental and applied research goes hand in hand. Our research generate new knowledge, innovation, patents and offers an earnings potential to the business community.
Responsibilities and tasks
When employed by SUT the student will be enrolled as a PhD student at SUT and will be governed by its relevant ordinances and rules.
You must hold a master’s degree or equivalent within physics, mathematics, chemistry or relevant master’s degree in engineering.
- We also emphasize the following qualifications:
- Knowledge of continuum mechanics and fluid dynamics
- Strong mathematical skills
- Strong programming skills
- Both written and spoken English skills at a high level
You are required to be enterprising and to possess good communication skills and to be a visible, involved participant in the departments’ daily activities, in addition to being willing to engage in disciplinary and interdisciplinary collaboration across the departments.
In the formal assessment regarding employment at RUC consideration will be given to;
In the assessment regarding enrollment at RUC consideration will also be given to the following criteria:
- Grades of your master’s study
- Educational skills and any further professional qualifications
- Quality and relevance of the project description (see below)
Following the official Roskilde University rules, the application to RUC must include the below items.
- Cover letter
- Documentation of education including grades from Master’s programme or equivalent
- Your description of the Ph.D. project – Based on the overall project descriptions above you here describe in which direction you would like to work and how your qualifications fit into this. A detailed project description may be provided, but is not required.
- Your time schedule of the Ph.D. project – Here you suggest a starting date which can be negotiated with the supervisors.
- If applicable: Documentation for any research experience, work experience or publications.
Terms of employment
The successful candidate will have working/scholarship agreement follow the current working place.
The position will be filled according to the Agreement between the Danish Ministry of Finance and the Danish Confederation of Professional Associations (AC) and Job Structure for Academic Staff at Universities.