Master Thesis Projects - in ModSimCompMech: Difference between revisions
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We offer projects mainly in computational science and engineering. Your background could be applied mathematics, computer science, computational physics, control, mechanical engineering, robotics - but this is not exclusive. Please contact us with your interest and CV. Feel free also to propose thesis project by yourself. | |||
= | =Announced projects= | ||
==Merge/split in rigid multibody simulation== | |||
==Comparative study between different rigid body simulation software== | |||
==Quantitative analysis of frictional contact models and solvers== | |||
==Adaptive resolution in particle fluid simulation== | |||
==Real-time simulation models of ground-tire interaction and transmission lines== | |||
==New contact and friction models== | |||
==Sparse parallel solvers with applications to QP== | |||
==Time-integration of non-smooth dynamical systems== | |||
==Continuous collision detection== | |||
==Interactive visco-elastic-plastic simulation (with Stanford University)== | |||
==Haptic fluid simulation (with Stanford University)== | |||
Revision as of 13:02, 10 September 2010
We offer projects mainly in computational science and engineering. Your background could be applied mathematics, computer science, computational physics, control, mechanical engineering, robotics - but this is not exclusive. Please contact us with your interest and CV. Feel free also to propose thesis project by yourself.
Announced projects
Merge/split in rigid multibody simulation
Comparative study between different rigid body simulation software
Quantitative analysis of frictional contact models and solvers
Adaptive resolution in particle fluid simulation
Real-time simulation models of ground-tire interaction and transmission lines
New contact and friction models
Sparse parallel solvers with applications to QP
Time-integration of non-smooth dynamical systems
Continuous collision detection
Interactive visco-elastic-plastic simulation (with Stanford University)
Haptic fluid simulation (with Stanford University)
Calendars
- Talk to someone which has this calendar to get your own google account associated with the calendars. If you dont have a Google account, use the default: algoryx@algoryx.se, Password: "same as for wireless"