Year 1 timetable
This is your timetable for year 1. Optional modules are included for your information only and can be sorted using the tags. Added into here will be additional HetSys events that we would like you to attend where possible.
Year 1 compatible modules: | CS909 | PX917 | PX918 | PX919 | PX923 | PX925 (assessment only) |
Year 2 only modules: |
IL939 | PX920 | PX921 | PX449 | ES98E | MA934 | ES440 | ES98E | MA4L0 |
For details of modules visit the module catalogue. To find out when modules are scheduled use this search facility or email hetsys@warwick.ac.uk.
Friday, November 29, 2024
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PX912L: Continuum and Mesoscale ModellingMAS 2.05/6PX912: Continuum and Mesoscale Modelling Provide a a firm grounding in macroscopic and multiscale modelling techniques, with lectures on foundations of continuum mechanics, thermodynamics, fluid dynamics, solid mechanics, and recent developments in multiscale fluid, plasma and solid mechanics, again with an emphasis on applications and on the links between methods and across scales. Topics covered will range from the basics of continuum mechanics and thermodynamics concepts through to demonstrating the route from underlying models via algorithms to practical implementation in simulation packages. |
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MA934 Numerical Methods and Algorithms |
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HetSys Coffee Club (optional social)MAS 2.05/6Informal social, come along and chat with your peers. Tea and coffee and biscuits are provided :) |
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PX912W: Continuum and Mesoscale ModellingMAS 2.05/6PX912: Continuum and Mesoscale Modelling Provide a a firm grounding in macroscopic and multiscale modelling techniques, with lectures on foundations of continuum mechanics, thermodynamics, fluid dynamics, solid mechanics, and recent developments in multiscale fluid, plasma and solid mechanics, again with an emphasis on applications and on the links between methods and across scales. Topics covered will range from the basics of continuum mechanics and thermodynamics concepts through to demonstrating the route from underlying models via algorithms to practical implementation in simulation packages. |
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MA4L0 Advanced Topics in Fluids |