KANAL++ Hydraulics
In combination with the geographical network data information system KANAL++, our programs FLUT and DYNA provide all possibilities for the dimensioning of sewer networks and the proof of damming occasions and overflow situations. Especially concerning complex systems we guarantee stable results in combination with minimal computing time.
DYNA
Most modern hydrodynamic method of network calculation applying the Complex Parralel Step Method
- Handling of block or other model rain, natural rainfall or series of rain for long term simulation
- Indications of significant vulnerabilities by special way of result display
- Proof of overflow referring to DIN EN 752, part 2 and 4
- Selective access to all result data without new calculation
- Rainfall discharge evaluation with surface discharge model and sewer discharge model
- Holderwise network calculation considering all special buildings
- No limits for the size of the network
- Specially optimated Windows version for the user
- Calculation of the maximum discharges and water level situations at every point of the network
- Detailled catchment area structure
- Itteration free, direct method
- Lasting stability without volume errors
- Automatic consideration of duct losses
- Maximal discharges can be calculated at each point of the network
- Longitudianl sections, volume- and discharge curve
- Freely definable lists of results
- Most modern multi core technology
- Considerable minimization of the expenditure of time
FLUT
Hydrological network calculation method
- Calculation of the maximum discharges and water level situations at every point of the network
- Handling of block or other model rain, natural rainfall or series of rain for long term simulation
- Indications of significant vulnerabilities by special way of result display
- Selective access to all result data without new calculation
- Automatical buiding of longitudinal sections with the computation results and display on screen, printer and plotter
- Rainfall discharge evaluation with surface discharge model and discharge coefficients
- Holderwise network calculation considering all special buildings
- No limits for the size of the network
- Specially optimated Windows version for the user
- Automatic conduit dimensioning