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구매문의

기술지원

CS CENTER
02-421-8018

sacsko@sacsko.com

상담시간 : 09:00 ~18:00
점심시간 : 12:00~ 13:00
토/일요일, 공휴일 휴무

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SACSKO OCEANTECH INC.

Professional Solutions for Ocean of The Future

The Staff at SACSKO Ocean Tech Inc are recognized by the industry for their expertise in Global Performance, Topsides Layout, Hull and Deck Structures, Hull Marine Systems, Naval Architecture and Hydrodynamics, Mooring System, Riser Systems and Construction Support. The company supplies world-class software and equipment related to the offshore industry.

덴마크 DHI사에서 개발한 MIKE 소프트웨어는 상, 하수를 포함하여 저수지, 강, 연근해 및 원해에 일어나는 각종 수리/수문 효과의 시뮬레이션에 사용하는 공학용 소프트웨어입니다. MIKE 소프트웨어는 아래와 같이 MIKE 11, MIKE 21, MIKE 3, MIKE FLOOD, LITPACK등 총 10가지 프로그램들로 구성되어 있으며, 각 프로그램은 유저의 사용목적에 따라 선별적인 세부 모듈로 구성되어 있습니다.

01.
SUMMARY OF KEY FEATURES

DHI 소프트웨어의 주요 기능과 특징을 소개해드립니다.

DHI 소프트웨어는 지난 25년이상을 전 세계의 수중 환경에서 사용되었습니다. 수천 명의 전문가가 이 소프트웨어를 선택하여 해양 및 해안선, 강 및 저수지, 생태, 지하수, 배수, 폐수 등의 까다롭고 복잡한 문제를 해결해왔습니다. 특히, 수치 모델링 소프트웨어인 MIKE는 업계 최고의 전문 지식을 활용하여 해안 및 모델링에서 최대한의 다양성과 품질을 제공합니다.
이 기술은 고객이 효율적이고 안정적이며 지속 가능한 솔루션을 개발하는데 도움이 되고, 연안 및 해양분야를 포함한 거의 모든 유동현상, 파도, 퇴적물 역학, 분산현상 및 생태 시스템을 시뮬레이션 할 수 있습니다.

02.
REQUIREMENTS

DHI 소프트웨어의 주요 기능과 특징을 소개해드립니다.

최신 업데이트

  • x64, 2.2GHz 또는 이상
  • 2 GB 또는 이상
  • SVGA, resolution 1024*786 in 16-bit color
  • 100 GB
  • Windows 10 Pro version 1903 (64 bit)
    Windows Server 2016 Standard (64 bit)
    Windows Server 2019 Standard (64 bit)

권장 사양

  • 16코어 또는 이상 권장
  • 128 GB
  • Quadro
  • SSD 500GB or Higher
  • Windows 10 Pro version 1903 (64 bit) Windows Server 2016 Standard (64 bit) Windows Server 2019 Standard (64 bit)

MIKE 21/3의 무제한코어(Unlimted Core)의 경우, SMA 기간동안만 Professional 설치에 한해 사용이 가능합니다.
SMA가 지원되지 않는 라이선스의 경우, 16코어로 제한됩니다.

03.
UPDATES

최근 업데이트된 새로운 기능을 확인해보세요.

MARINE

MIKE 21

  • Now with native support for shapefiles, and extended options for .dfs files and .xyz files
  • It is now possible to specify bed resistance and Infiltration using shapefile polygons. There is no need to generate roughness maps.
  • New depth or flux dependent bed resistance and infiltration rates
  • Full GUI support for AutoMoor mooring systems is now included in the MIKE 21 Mooring Analysis module

MIKE 3

  • Input of 3D Boundary conditions from a vertical plane series .dfsu file extended to handle the case of sigma/z-level vertical discretisation
  • Output of vertical plane information in the FM engine. Both structured output (dfs2 file) and unstructured output (.dfsu) can be specified.
  • Up to 10% improvement in performance when using GPU acceleration for hydrodynamic and advection-dispersion modules

MIKE 21/3

  • A new pure current model for mixed-fraction, multi-layered sediments is now available in the Sand Transport Module for the FM hydrodynamic engines
  • It is now possible to run FM simulations with the Transport Module (Advection-Dispersion) using GPU acceleration
  • Special treatment of important infrastructure, with the possibility to define buildings and roads via shapefile inputs
  • New ways to handle effect of raised / lowered roads (and embankments) though the specification of a ground level offset
  • New ways to handle rain on and flows around and over Buildings:
  • Rain falling on buildings of a given height can now weir onto surrounding ground
  • A new building run-off factor can delay rainfall runoff from buildings – for example, dealing very simplistically with complex roof construction or green roofs
  • Rain falling on buildings can be retained in the buildings and included in the calculations (mass balance). It is possible to position a MIKE URBAN+ link in the building zone to convey all rainfall to a subsurface drainage network.
  • Up to 25% reduction in simulation times in the mass budget and discharge calculation in the GPU version
  • Improved GPU timings information in the log file when running the hydrodynamic or transport module
  • Line series and discharge series in output from FM engines can now be specified as a polyline
  • Now possible to output the bed resistance coefficient from the FM engines

INLAND

MIKE HYDRO Basin

  • In the irrigation module, improvements were made to yield calculation, rice soil model, evaporation from paddy fields and soil moisture balance calculations. Field areas also allow crop shift.

MIKE HYDRO River

  • In the irrigation module, improvements were made to yield calculation, rice soil model, evaporation from paddy fields and soil moisture balance calculations. Field areas also allow crop shift.
  • Improved handling of storage initial conditions. New tools for creating storages and defining volume from DEM.
  • New multi-zone description of bed resistance. This offers a possibility to divide the cross sections in a number of zones with different bed resistance value.
  • New script to model resistance as a function of the various hydraulic parameters during the simulation, for every time step
  • New MIKE ECO Lab template to simulate Heat Balance in rivers
  • Decoupling of Advection-Dispersion and MIKE ECO Lab simulations, using hydrodynamic result files
  • Added support of forcings that are varying in time and space for MIKE ECO Lab simulation (e.g. temperature)
  • Added support of 2D data (dfs2) as input to global boundary conditions (rainfall and evaporation), as well as groundwater leakage

URBAN

MIKE URBAN+

  • New CS River module for improved integrated modelling with the following features:
  • Supports native river modelling with MIKE 1D
  • Graphical editing of rivers
  • Cross sections and branches defined as in MIKE HYDRO
  • Support for Culverts and Weirs
  • Specification of bed roughness
  • Cross sections shared with Collections Systems module
  • Ability to connect collection systems and rivers in one geometric network and one MIKE 1D simulation
  • Ability to transport pollutants washed-off the surface, through collection system and the river by advection dispersion
  • Runoff simulation simultaneously with network simulation in Collection Systems and River modules
  • The native river can be coupled to 2D just like in the Collection Systems module supporting lateral coupling
  • New River Network tab with various tools that enable graphical network editing of river networks

Coupling to MIKE HYDRO

  • For users having the river described in MIKE HYDRO, this river network can be coupled to 2D in MIKE URBAN+
  • Batch creation of couplings
  • Collection Systems, CS River and MIKE HYDRO river in one map view

Import Tool Improved

  • Supports import of geometries specified in separate tables to the link, catchment, etc.
  • Import topology improved with option for splitting pipes at T-sections
  • Reads existing import configuration files developed for MIKE URBAN Classic. Saves in new format.

Improvements to Longitutudinal Profile

  • Automatic load of typical results layers into the profile Water Level, Discharge, Pressure, Head
  • Option to display DEM in the profile
  • Result presentation improvement with export of Flexible Mesh and velocity vectors to shape file
  • Improvement to Scenario Manager with import of demand allocations and patterns
  • Improvement to demand geocoding, map projection and background map appearance
  • New MIKE URBAN+ Flood modelling manual
  • Enhanced support for units. Units can be specified for the individual attribute and stored in the project database
  • New tool in Water Distribution for converting asset point valves to model link valves
  • Updates to Distributed Demand tool for distributing within DMA’s

GENERAL

MIKE Zero & Toolboxes

  • All MIKE Zero front-end applications (excluding MIKE HYDRO) are now optimised for 4K monitors
  • The Data Extraction FM tool has been extended to include the new type of outputs:
  • Vertical plane series
  • Line series specified as a polyline
  • Discharge series specified as a polyline
  • Structured output from 2D and 3D unstructured data inputs
  • Now possible to visualise the new vertical plane series .dfsu file type in the MZ Data Viewer and MZ Plot Composer
  • The binary particle track file format for oil spill, particle tracking and agent-based modelling, ‘.TRACK’ is now supported as an input file format for all tools in the MIKE Zero OS/PT Toolbox, which requires a particle track file format as input

04.
APPLICATIONS

MIKE의 다양한 응용 프로그램을 확인해보세요.

MIKE 21/3
MIKE 3 Wave FM
ABM Lab
MIKE ECO Lab
MIKE 21 Boussinesq Waves
MIKE 21 Mooring Analysis
MIKE 21/3 Oil Spill
MIKE 21/3 Particle Tracking
MIKE 21/3 Sand Transport
MIKE 21/3 Mud Transport
LITPACK
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