17-19 Feb
3 days |
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MIKE FLOOD
This three-day, hands-on course aims to teach you river flood modelling by integrating the 1D river model (MIKE HYDRO River) and 2D overland flow model (MIKE 21).
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Italy |
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12-13 Mar
2 days |
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MIKE FLOOD
This two-day course teaches you river flood modelling by integrating the 1D river model (MIKE HYDRO River) and 2D overland flow model (MIKE 21). The aim is to establish a 2D overland flow model for river flood modelling. Introduction to real-time flood forecasting systems and flood risk management.
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Slovak Republic |
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25-27 Mar
3 days |
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MIKE FLOOD
This three-day course teaches you river flood modelling by integrating the 1D river model (MIKE HYDRO River) and 2D overland flow model (MIKE 21). The aim is to establish a 2D overland flow model for river flood modelling.
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India |
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21-22 Apr
2 days |
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MIKE FLOOD
This two-day course teaches you urban flood modelling by integrating the 1D urban drainage model (MU CS) and 2D overland flow model (MIKE 21). The aim is to establish a 2D overland flow model for urban flood modelling.
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Norway |
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23-25 Sep
3 days |
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MIKE FLOOD
This two-day, hands-on course aims to teach you river flood modelling by integrating the 1D river model (MIKE HYDRO River) and 2D overland flow model (MIKE 21 FM). The emphasis is on establishing a 2D overland flow model followed by coupling the 1D and 2D model components to simulate the fully integrated flow dynamics between main rivers and surrounding flood plain areas.
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India |
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19-23 Oct
5 days |
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MIKE FLOOD
This five-day course teaches you the integration of the 1D urban drainage model (MU CS), 1D river model (MIKE 11) and the 2D overland model (MIKE 21) into one comprehensive dynamically coupled model. The course will also discuss the added value of using flexible meshes compared to rectangular grids.
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China |
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18-19 Nov
2 days |
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MIKE FLOOD
This two-day, hands-on course aims to teach you urban flood modelling by integrating the 1D urban drainage model (MU CS) and 2D overland flow model (MIKE 21). The emphasis is on establishing a 2D overland flow model followed by coupling the 1D and 2D model components to simulate the fully integrated flow dynamics between sewage/storm water systems and surface areas.
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Indonesia |
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