HySim or Hydrological Simulator software is published in Korean only and has no English version; another software with the same name that, despite the similarity in features, is different from the program of this post.
HySim Applications:
– Water resource field hydraulic/hydrological analysis
– Basic plan for river maintenance and detailed design for river construction
– Dam/reservoir feasibility study and basic/detail design
– Disaster impact assessment and pre-disaster impact review
HySim – Hydrological Simulator
main function :
♦ Securing reliability of analysis results by designing water resources based on Graphical User Interface and applying standardized HEC rainfall-runoff model criteria
♦ By applying 8 rainfall-runoff models, it is possible to simultaneously calculate the amount of flooding from one file up to 1,000 points (including flood channel tracking and synthesis)
– Clark Watershed Tracking Method
– Snyder composite unit projection
– SCS dimensionless unit projection
– Nakayasu Comprehensive Unit Projection Method
– rational expression
– Kajiyama Maximum Flood Method
– Agricultural infrastructure construction triangular unit projection method (FAS model)
– RRL model
♦ Automatic calculation of critical flood amount and graph output based on the concept of critical duration
♦ Integration of flood tracking of reservoir groups by Modified Puls Method
♦ Estimation of areal rainfall by two methods and correction of point rainfall by Areal Reduction Factor
– Thiessen Polygon Method
– Reciprocal Distance Squared (RDS) Method
♦ Link simulation with HEC-1
– Automatic creation of HEC-1 data files
– Automatic extraction of HEC-1 execution results
♦ Huff quartile, Yen & Chow method and Alternating Block Method automatically create design rainfall map and time rainfall analysis, non-dimensional rainfall distribution regression analysis, IDF curve automatic creation and graph output (Korea Water Resources Corporation, Korea Institute of Construction Technology, Korea Meteorological Administration) precipitation processing possible), automatic extraction of precipitation for 5 days for AMC determination
♦ Frequency analysis by duration, adequacy review, and probability paper output by 8 theoretical probability distribution types
♦ Calculation of river similarity based on the reliable and well-known similarity calculation formula
♦ Convenient automatic creation of HEC-6 data files, automatic extraction of execution results, and automatic creation of river bed variation profile drawings
♦ River bed material particle size analysis and particle size drop curve output
♦ Reservoir/reservoir flood tracking and drainage lock capability review (critical duration calculation)
♦ Urban watershed rainfall runoff model ILLUDAS/w and SWMM linkage operation tool added (critical flood volume can be calculated)
♦ “1999 Water Resource Management Technique Development Research Survey, June 2000, Ministry of Construction and Transportation” built-in its own DB and analysis of water efficiency according to the guidelines of the Ministry of Construction and Transportation revised in 2001
♦ Other useful water resource analysis tools
– Long-term runoff calculation by Kajiyama runoff formula
– Automatic arrangement of weather data
– Extracting various topographic elements necessary for establishing a basic plan from HEC topography
– Automatic creation of water level-water surface area-storage capacity curve using HEC topography
– Automatic sulfur curve creation
– Estimation of flood volume using the trace water level by the Slope-Area Method (using the formula suggested by USGS)
– Automatic creation of three-dimensional coordinates of SMS, a two-dimensional numerical analysis model
HySim – Hydrological Simulator Screenshot
Buy HySim
Price is 68 Euro (2 User); for other pay methods submit a ticket
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