Deadline:13 August 2012
The research programme conducted within the Advanced Technologies Research Group (ATRG) at The University has achieved international recognition and excellence. The Department of Engineering at The University of Northampton invites applications for a 3-year fully-funded PhD studentship to develop a novel rotary combustion engine. This PhD project will be funded and carried out in collaboration with an industrial partner.
Research Project
There has recently been a resurgence of interest in the development of Rotary Combustion Engines (RCE). This is due to their relative high reliability resulting from the elimination of reciprocating masses. The latest developments in new materials, sealing techniques and computer control and simulation methods have made further progress in the development of new RCE designs possible. The work will combine the fields of Mechanical Engineering, Control and Computing and will present the opportunity to conduct research in these naturally complementary areas with one overall aim to develop a prototype of a novel RCE design for a new generation of light-weight, low-fuel consumption, high-performance ground vehicles.
In this project the multi-physics model of the engine will be developed. The project will explore a multi-rotor design that will have improved stability characteristics and will eliminate excessive torque fluctuations. The model will be based on a system of nonlinear differential equations representing the multi-body dynamics of the system. The work will involve the application of computer simulation using advanced numerical methods and improved dynamic formulations in order to visualize the actual performance of the system in 3D under various operational conditions. This will be followed by the development of a physical prototype and experimental tests.
Candidate Eligibility
Applications are welcomed from national or international candidates. Candidates should have at least an upper second class degree (or equivalent), or a Masters degree in mechanical / electrical engineering, computer science or applied mathematics.
A strong background in applied mechanics, dynamics, vibration and control, computational modelling or numerical analysis.
Deadline for applications: 13 August 2012
Start date: September 2012
Informal enquiries can be made to Professor Stefan Kaczmarczyk
(E-mail: stefan.kaczmarczyk@northampton.ac.uk)
For an application form and further details, please go to www.northampton.ac.uk/phdstudentship
Please quote reference: UN12RCE2
£13,590 per annum (including £1000 research expenses budget) and tuition fees for 3 years
The University of Northampton - Department of Engineering
BackgroundThe research programme conducted within the Advanced Technologies Research Group (ATRG) at The University has achieved international recognition and excellence. The Department of Engineering at The University of Northampton invites applications for a 3-year fully-funded PhD studentship to develop a novel rotary combustion engine. This PhD project will be funded and carried out in collaboration with an industrial partner.
Research Project
There has recently been a resurgence of interest in the development of Rotary Combustion Engines (RCE). This is due to their relative high reliability resulting from the elimination of reciprocating masses. The latest developments in new materials, sealing techniques and computer control and simulation methods have made further progress in the development of new RCE designs possible. The work will combine the fields of Mechanical Engineering, Control and Computing and will present the opportunity to conduct research in these naturally complementary areas with one overall aim to develop a prototype of a novel RCE design for a new generation of light-weight, low-fuel consumption, high-performance ground vehicles.
In this project the multi-physics model of the engine will be developed. The project will explore a multi-rotor design that will have improved stability characteristics and will eliminate excessive torque fluctuations. The model will be based on a system of nonlinear differential equations representing the multi-body dynamics of the system. The work will involve the application of computer simulation using advanced numerical methods and improved dynamic formulations in order to visualize the actual performance of the system in 3D under various operational conditions. This will be followed by the development of a physical prototype and experimental tests.
Candidate Eligibility
Applications are welcomed from national or international candidates. Candidates should have at least an upper second class degree (or equivalent), or a Masters degree in mechanical / electrical engineering, computer science or applied mathematics.
A strong background in applied mechanics, dynamics, vibration and control, computational modelling or numerical analysis.
Deadline for applications: 13 August 2012
Start date: September 2012
Informal enquiries can be made to Professor Stefan Kaczmarczyk
(E-mail: stefan.kaczmarczyk@northampton.ac.uk)
For an application form and further details, please go to www.northampton.ac.uk/phdstudentship
Please quote reference: UN12RCE2
£13,590 per annum (including £1000 research expenses budget) and tuition fees for 3 years
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