Water Resources Software

MIKE 11 is a 1D hydrodynamic software including a full solution of the Saint-Venant equations, and many process modules for advection-dispersion, sediment transport, rainfall-runoff, flood forecasting, real-time operations, and dam break modeling.

MIKE 21 is a 2D modeling tool for the simulation of free surface flow and sediment transport in lakes, estuaries, bays and coastal areas. It incorporates a varying size mesh design with hydrodynamic and morphological technology. The modeling system consists of a number of modules relevant to sediment and morphology studies in rivers.

MIKE FLOOD is a dynamically linked 1D and 2D flood modeling package. The tool is assembled from components taken from MIKE 11 and MIKE 21. This combination enables to model some areas in 2D detail, while other areas can be modeled in 1D. The tool provides an efficient coupling between river / floodplain or between the sea and inland waterways / bays / lagoons.

MIKE SHE is an integrated hydrological modeling system which covers the entire land phase of the hydrological cycle. It is also a three-dimensional, numerical groundwater model, and includes numerical models for overland flow, unsaturated flow, solute transport, etc.

SOBEK-Rural is a tool for modeling irrigation systems, drainage systems, natural streams in lowlands and hilly areas. Applications are typically related to optimizing agricultural production flood control, irrigation, canal automation, reservoir operation, and water quality control. SOBEK-Rural can also answer questions about increased pollution loads in response to growing urbanisation. SOBEK-Rural can offer support for effective planning, design and operation of new and existing water systems.

SOBEK-River is for simple and complex river systems and estuaries. It simulates the water flows, the water quality and morphological changes in river systems, estuaries and other types of alluvial channel networks. The networks can be branched or looped. SOBEK-River is able to work with complex cross-sectional profiles consisting of various sub-sections.