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ADVANCED GRAPHICAL USER INTERFACES USED WITH RELAP. RELAP Utilities Integrated GUIs 3D orthographic display Quick plot option ( (RELAP/SCDAPSIM only) Advanced GUIs ViSA RELSIM Advanced plant simulation and training packages PST AASATs. RELAP5 utilities used as GUI interfaces.
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ADVANCED GRAPHICAL USER INTERFACES USED WITH RELAP • RELAP Utilities • Integrated GUIs • 3D orthographic display • Quick plot option ((RELAP/SCDAPSIM only) • Advanced GUIs • ViSA • RELSIM • Advanced plant simulation and training packages • PST • AASATs
RELAP5 utilities used as GUI interfaces • RELAP – graphical user interface for RELAP/SCDAPSIM • Digitize – Incorporate experimental or plant data into input models • Strip_to_??? – Converts strip files to EXCEL or TECPLOT for advanced plotting • Plotrod – Interface to TECPLOT for 3D images of representative bundle behavior
RELAP5 GUI simplifies running problems Select input file Check 3D box Check for “NEW” runs
DIGITIZE allows you to incorporate experimental or plant data into your input Digitize curves
INTEGRATED 3D DISPLAY HELPS QA INPUT AND PROVIDES INTERACTIVE CONTROL
INTEGRATED 3D DISPLAY HELPS QA INPUT AND PROVIDES INTERACTIVE CONTROL • 3D display of hydro nodalization (automatically generated from input) • scaling, rotation, translation via keyboard • Time dependent display of all hydro variables • view all TH volume data • watch select parameters • Debugging and execution control • pause, run, quit • interactive control logic
Lower plenum data can be easily displayed and monitored (RELAP/SCDAPSIM Only)
ViSA offers new options for RELAP input and GUIs • Visual Systems Analysis (ViSA) a user-friendly computing environment for RELAP systems codes developed by KAERI: • User-friendly input maintenance • Users can interactivelyreview and modify geometric inputs in dialog box • Control input editor enables easy and interactive review and modification of complicated control system inputs • Clear understanding of the calculation results. • Users designs plant mimic by drag-and-drop from provided indicators • Nodalization window allows to examine the transient temperature, void and boron distributions • Trend graphs for specific parameters are displayed at user’s requests • Interactive control capability enables users to simulate operator actions.
AASATs and PST provide simulation GUI for multiple desktop student and instructor training environment
Interactive graphics displays are built and designed for individual plant
Simulation can be controlled using switches on control panel using touch screen monitors