Within the group for Multiscale
Modeling and Simulation of the Department of Applied Mathematics at the
University of Twente a vacancy for a PhD student exists. This position
is part of a joint project with the Process Technology Group at
Eindhoven University of Technology, involving a further experimental PhD
and a computational PD position. Both research groups are members of
the Center for Interface Research (CIR), a collaborative research center
of scientists from the Universities of Delft, Eindhoven and Twente. The
Dutch Technology Foundation funds the project.
Within the group for Multiscale Modeling and Simulation of the Department of Applied Mathematics at the University of Twente a vacancy for a PhD student exists. This position is part of a joint project with the Process Technology Group at Eindhoven University of Technology, involving a further experimental PhD and a computational PD position. Both research groups are members of the Center for Interface Research (CIR), a collaborative research center of scientists from the Universities of Delft, Eindhoven and Twente. The Dutch Technology Foundation funds the project.
In this project, two PhD students and a post-doc will study flow-pattern development in heated ducts under boiling conditions. One of the PhD students, stationed in Eindhoven, will carry out experiments with two different fluids, in two test rigs, with advanced measuring techniques such as phosphoric LIF, while the second PhD student, stationed in Twente, will focus on numerical modeling and simulation of flow-pattern development under phase transition.
In the Multiscale Modeling and Simulation group research is conducted on mathematical models, analysis and simulation strategies for fluid mechanical problems. The theme relevant for the topic of boiling flow regimes is phase-transitional flow. Particular attention in this project will go to transport processes across interfaces between vapor bubbles and liquid as occurring during flow regime transitions in heated two-phase flows.
The diffuse interface model will be further developed to allow simulation of such flows with boiling in ducts. The connection with the experimental work will be sought to strengthen the validation of the model and facilitate scaling of the flow-regime maps measured.
The PhD student in this computational modeling project will contribute to the research objectives through:
•development of new simulation capabilities in multiphase fluid dynamics for simulation of boiling phenomena;
•implementation of numerical methods on High Performance Computing facilities;
•application of the developed simulation tools to a range of realistic regimes of boiling heat and mass transfer.
Ons aanbod / Our offer
•A stimulating scientific environment
•A PhD position for four years (with an evaluation after the first year)
•Gross salary ranging from € 2042 to € 2612 (4th yr) per month
•Holiday allowance (8%), end-of-year bonus (8.3%)
•Excellent facilities for professional and personal development
•Excellent secondary conditions
• A green Campus with lots of sporting facilities
Uw profiel / Your profile
This computational research project requires an MSc in applied mathematics, physics or engineering with interest in scientific computing, physical modeling and numerical methods. We are looking for a talented researcher with an active attitude, an accurate way of working, and excellent communicative and collaborative skills. Experience in high‐level programming languages (Fortan 90, C++) together with decent knowledge of Linux operational systems are welcomed. Practical knowledge of parallel programming with Message Passing Interface (MPI) will be an advantage. Drive, initiative and self-reliance are important qualities as well.
Your application should consist of
•A cover letter, emphasizing your specific interest, qualifications and motivation to apply for this position
•A full Curriculum Vitae, including a list of all courses and grades obtained
•A short description of your MSc research
•Contact information of two references that may be consulted.
Starting date by arrangement; preferably on short term.
Within the group for Multiscale Modeling and Simulation of the Department of Applied Mathematics at the University of Twente a vacancy for a PhD student exists. This position is part of a joint project with the Process Technology Group at Eindhoven University of Technology, involving a further experimental PhD and a computational PD position. Both research groups are members of the Center for Interface Research (CIR), a collaborative research center of scientists from the Universities of Delft, Eindhoven and Twente. The Dutch Technology Foundation funds the project.
In this project, two PhD students and a post-doc will study flow-pattern development in heated ducts under boiling conditions. One of the PhD students, stationed in Eindhoven, will carry out experiments with two different fluids, in two test rigs, with advanced measuring techniques such as phosphoric LIF, while the second PhD student, stationed in Twente, will focus on numerical modeling and simulation of flow-pattern development under phase transition.
In the Multiscale Modeling and Simulation group research is conducted on mathematical models, analysis and simulation strategies for fluid mechanical problems. The theme relevant for the topic of boiling flow regimes is phase-transitional flow. Particular attention in this project will go to transport processes across interfaces between vapor bubbles and liquid as occurring during flow regime transitions in heated two-phase flows.
The diffuse interface model will be further developed to allow simulation of such flows with boiling in ducts. The connection with the experimental work will be sought to strengthen the validation of the model and facilitate scaling of the flow-regime maps measured.
The PhD student in this computational modeling project will contribute to the research objectives through:
•development of new simulation capabilities in multiphase fluid dynamics for simulation of boiling phenomena;
•implementation of numerical methods on High Performance Computing facilities;
•application of the developed simulation tools to a range of realistic regimes of boiling heat and mass transfer.
Ons aanbod / Our offer
•A stimulating scientific environment
•A PhD position for four years (with an evaluation after the first year)
•Gross salary ranging from € 2042 to € 2612 (4th yr) per month
•Holiday allowance (8%), end-of-year bonus (8.3%)
•Excellent facilities for professional and personal development
•Excellent secondary conditions
• A green Campus with lots of sporting facilities
Uw profiel / Your profile
This computational research project requires an MSc in applied mathematics, physics or engineering with interest in scientific computing, physical modeling and numerical methods. We are looking for a talented researcher with an active attitude, an accurate way of working, and excellent communicative and collaborative skills. Experience in high‐level programming languages (Fortan 90, C++) together with decent knowledge of Linux operational systems are welcomed. Practical knowledge of parallel programming with Message Passing Interface (MPI) will be an advantage. Drive, initiative and self-reliance are important qualities as well.
Your application should consist of
•A cover letter, emphasizing your specific interest, qualifications and motivation to apply for this position
•A full Curriculum Vitae, including a list of all courses and grades obtained
•A short description of your MSc research
•Contact information of two references that may be consulted.
Starting date by arrangement; preferably on short term.
Application Deadline : 1 March 2013
