HPCCprojects:Surface Process Modeling Using CMT Course: Difference between revisions
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==Project description== | ==Project description== | ||
[[Image:CSDMS_Icon_(128)_3D_Reflection.png|align=right]] | |||
This course aims to familiarize earth sciences and engineering graduate students with a number of numerical surface process models and hydrological models available through the Community Surface Dynamics Modeling System (CSDMS) and sets students up to use these tools for your own research purposes. | This course aims to familiarize earth sciences and engineering graduate students with a number of numerical surface process models and hydrological models available through the Community Surface Dynamics Modeling System (CSDMS) and sets students up to use these tools for your own research purposes. | ||
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==Models in use== | ==Models in use== | ||
* [[ | * [[CMT_portal|CSDMS Modeling Tool]] is used for the simulations in the class room and by the students independently. | ||
* Simulations are run with [[Model:HydroTrend|HydroTrend]], [[Model:TopoFlow|TopoFlow]] Infiltration, [[Model:Gc2d|Gc2d]], Avulsion,and [[Model:CEM|CEM]] | * Simulations are run with [[Model:HydroTrend|HydroTrend]], [[Model:TopoFlow|TopoFlow]] Infiltration, [[Model:Gc2d|Gc2d]], Avulsion,and [[Model:CEM|CEM]] | ||
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==Users== | ==Users== | ||
Instructors: | |||
* Mark Hannon | * [[User:Overeem|Irina Overeem]] | ||
* Ben Hudson | * [[User:Peckhams|Scott Peckham]] | ||
* Mariela Perignon | |||
* Francis Rengers | Students: | ||
* Andy Wickert | * [[User:Shark|Mark Hannon]] | ||
* Fei Xing | * [[User:BDHudson|Ben Hudson]] | ||
* [[User:Perignon|Mariela Perignon]] | |||
* [[User:Frengers|Francis Rengers]] | |||
* [[User:Awickert|Andy Wickert]] | |||
* [[User:Happyfei|Fei Xing]] | |||
==Funding== | ==Funding== | ||
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==Publications and presentations== | ==Publications and presentations== | ||
Class room projects are expected to contribute to the CSDMS Modeling Tool, to the example configuration files and the Help System. | Class room projects are expected to contribute to the CSDMS Modeling Tool, to the example configuration files and the Help System. | ||
==Links== | ==Links== | ||
* Lectures on simulations and models are available from the [[ | * Lectures on simulations and models are available from the [[Labs_portal|Educational Repository]] | ||
* Lab Notes are | * [[SurfaceDynamics_Modeling_CMT|Lab Notes]] are available for other instructors | ||
[[Category:Lecture project]] | [[Category:Lecture project]] | ||
Revision as of 17:27, 10 December 2010
Surface Process Modeling Using CMT Course
Project description
_3D_Reflection.png){kind=icon}
This course aims to familiarize earth sciences and engineering graduate students with a number of numerical surface process models and hydrological models available through the Community Surface Dynamics Modeling System (CSDMS) and sets students up to use these tools for your own research purposes.
Objectives
The course involves both lectures and hands-on modeling and aims at:
- Introduction to CSDMS and High Performance Computing.
- Lectures on theory and applications of several models.
- Simulations on the HPCC to explore:
- stand-alone simulations with HydroTrend and TopoFlow hydrological components
- a coupled hydrological-glaciological model, i.e. TopoFlow and Gc2d
- a coupled river-delta model, i.e. HydroTrend and CEM
Timeline
September 2010 - December 2010
Models in use
- CSDMS Modeling Tool is used for the simulations in the class room and by the students independently.
- Simulations are run with HydroTrend, TopoFlow Infiltration, Gc2d, Avulsion,and CEM
Modeling results are visualized with Visit on Beach.
Results
Class room excercises are available from the CSDMS Educational Repository.
Users
Instructors:
Students:
Funding
CSDMS Integration Facility and EKT
NSF COOPERATIVE AGREEMENT 0621695
Publications and presentations
Class room projects are expected to contribute to the CSDMS Modeling Tool, to the example configuration files and the Help System.
Links
- Lectures on simulations and models are available from the Educational Repository
- Lab Notes are available for other instructors
