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Homepage of Dr Fuxiang Chen
https://le.ac.uk/people/fuxiang-chen
The academic profile of Dr Fuxiang Chen, Lecturer (Assistant Professor)
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Events
https://le.ac.uk/dickens-code/events
Find out more about the events being held by us at the University of Leicester or events being held at other Universities or institutions.
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Information for students
https://le.ac.uk/cite/sanctuary-seekers-unit/initiatives/refugeap/students
Learn more about the RefugEAP course aims, features, frequently asked questions and how to apply.
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Study
https://le.ac.uk/archaeology/study
By choosing to study Archaeology or Ancient History, you will join a lively academic community committed to understanding the past.
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Study
https://le.ac.uk/psychology-vision-sciences/study
Find out about studying Psychology at the University of Leicester. We offer BPS-accredited undergraduate and postgraduate courses, and a wide range (MPhil, PhD, PsyD and DClinPSy) of postgraduate research degrees.
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Study
https://le.ac.uk/museum-studies/study
Museum Studies at Leicester offers a wide range of postgraduate study opportunities as well as research degrees to meet your requirements.
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Study
https://le.ac.uk/media/study
Degrees in Media and Communication at the University of Leicester offer you the chance to explore a wide range of specialist subjects within the wider field of media and communication. Find out more about our undergraduate and postgraduate courses and research opportunities.
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Computational Fluid Dynamics
https://le.ac.uk/modules/2026/eg7125
Module code: EG7125 This module will provide a comprehensive overview of Computational Fluid Dynamics, and its application to flows of both academic and industrial interest.
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Computational Fluid Dynamics
https://le.ac.uk/modules/2025/eg7125
Module code: EG7125 This module will provide a comprehensive overview of Computational Fluid Dynamics, and its application to flows of both academic and industrial interest.
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Computational Fluid Dynamics
https://le.ac.uk/modules/2027/eg7125
Module code: EG7125 This module will provide a comprehensive overview of Computational Fluid Dynamics, and its application to flows of both academic and industrial interest.