PhD studentship Multiphase Flow Study of Heat Transfer and Phase Change in Novelty Energy Conversion System - University of Lincoln -School of Engineering

School of Engineering at University of Lincoln invites applications for a three year, full – time fully funded industrial related PhD studentship to study in two-phase flow, particularly gas liquid two-phase flow, which is found widely in a whole range of industrial applications, including boiler, sustainable energy conversion system, air conditioning and ventilation for building heat and cooling integration and refrigeration. The three year PhD project aims to develop innovative technical solution to predict and modulate the two-phase flow heat transfer profile of thermofluid in novelty energy conversion system and study system energy control performance by applying the computational fluid dynamics (CFD) technique and Multiphysics approach. The numerical techniques will be developed to facilitate the system design process and further improve the efficiency of system energy harvest.

The candidates should have an honours degree (minimum 2.1) or a Master's degree in engineering or physical science, and be able to demonstrate strong mathematical and analytical skills. An understanding of CFD modelling techniques and cross-disciplinary skills are also required. Candidates are expected some experience to use the simulation software, such as, Ansys Fluent and/or COMSOL, etc. The knowledge in use of OpenFOAMâ will be advantage, but not essential. The student will have opportunity work at relevant industry in the UK.
The three year studentship will cover student fees (up to the value of UK fees) and give a tax-free stipend of £11,000 per annum, and is available to candidates of all nationalities.
Informal enquiries can be made by e-mail to Dr. Jun Yao via: jyao@lincoln.ac.uk

An application form can be obtained at:
http://www.lincoln.ac.uk/home/postgraduate/application.htm
To apply please email the following documents to: engineeringenq@lincoln.ac.uk
Completed application form, CV, 3 reference letters and a research statement.