Graph Lines Tab: Difference between revisions

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(Created page with "Hover over or click on various fields in the image below to get more details on each field. <imagemap> File:BurnSimGraphLinesTab.png|700px|alt=BurnSim Main Window default Go to main page rect 1050 161 1481 193 Name of the propellant rect 1061 209 1215 236 Common propellant properties, including characterization numbers rect 1226 209 1428 233 Propellant Pressure Varied Properties|Here you can specify...")
 
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rect 1276 131 1337 154 [[Startup Tab|Options for startup transients.  Not currently implemented]]
rect 1276 131 1337 154 [[Startup Tab|Options for startup transients.  Not currently implemented]]
rect 1418 167 1504 203 [[Area Button|Not yet implemented]]
rect 1418 167 1504 203 [[Area Button|Not yet implemented]]
rect 1054 614 1145 641 [[Sim Results Tab|Enter here to view simulation results summary]]
rect 1054 614 1145 641 [[Main_Page|Enter here to view simulation results summary]]
rect 1157 613 1251 637 [[Graph Lines Tab|Enter here to modify colors and turn graph lines on/off]]
rect 1157 613 1251 637 [[Graph Lines Tab|Enter here to modify colors and turn graph lines on/off]]
rect 1266 614 1343 640 [[Test Data Tab|Enter here to import test data and view previously imported test data]]
rect 1266 614 1343 640 [[Test Data Tab|Enter here to import test data and view previously imported test data]]
rect 1058 652 1309 727 [[Kn Values|Kn values from the simulation.  Kn = ratio of propellant surface area to nozzle throat area]]
rect 1061 649 1173 677 [[Kn Graph Line|]]
rect 1058 731 1310 754 [[Volume Loading|Volume loading percentage of propellant in given motor cylinder volume]]
rect 1060 682 1239 710 [[Chamber Pressure  Graph Line|]]
rect 1060 756 1308 782 [[Port Throat Area Ratio|Ratio of the bottom grain core diameter to the nozzle throat diameter]]
rect 1059 712 1276 745 [[Imported Chamber Pressure  Graph Line|]]
rect 1055 786 1304 804 [[Throat Port Area Ratio|Ratio of the nozzle throat diameter to the bottom grain core diameter]]
rect 1060 749 1216 775 [[Thrust Graph Line|]]
rect 1056 810 1300 829 [[Length Diameter Ratio|Ratio of propellant core length to diameter]]
rect 1064 778 1323 805 [[Imported Thrust  Graph Line|]]
rect 1057 830 1299 855 [[Web Thickness|Minimum thickness of propellant]]
rect 1064 812 1320 845 [[Mass Flux Graph Line|]]
rect 1322 652 1586 676 [[Burn Time|Simulated motor burn time]]
rect 1063 844 1320 882 [[Mass Flow Graph Line|]]
rect 1323 678 1587 701 [[Propellant Length|Length of all motor grains from top to bottom]]
rect 1326 702 1582 726 [[Propellant Mass|Total mass of propellant before burnt]]
rect 1322 728 1581 750 [[Total Impuse|Simulated total impuse]]
rect 1322 758 1589 775 [[Motor Class|Simulated motor Class Designation]]
rect 1326 779 1587 793 [[Delivered ISP|Simulated Delivered ISP]]
rect 1323 805 1598 835 [[Peak Mass Flux|Simulated peak max flux of current motor]]
rect 44 951 286 982 [[X Axis Start|Specify start value for X axis, useful for zooming in on specific parts of the burn]]
rect 44 951 286 982 [[X Axis Start|Specify start value for X axis, useful for zooming in on specific parts of the burn]]
rect 320 954 562 980 [[X Axis End|Specify end value for X axis, useful for zooming in on specific parts of the burn]]
rect 320 954 562 980 [[X Axis End|Specify end value for X axis, useful for zooming in on specific parts of the burn]]

Latest revision as of 17:00, 16 November 2022

Hover over or click on various fields in the image below to get more details on each field.

BurnSim Main WindowName of the propellantCommon propellant properties, including characterization numbersHere you can specify propellant properties based on chamber pressure.   For some propellants, properties change with chamber pressurePropellant NotesC* or Characteristic Exhaust Velocity.   This can be calculated in ProPepCharacteristic ISP is simply another representation of C*, aboveBurn Rate Coefficient (A)Burn Rate Coefficient (N)Propellant Density, measured or theoretical from ProPepSpecific Heat Ratio is currently not required, will be used for Startup Transient Simulation in the futureMolar Mass is currently not required, will be used for Startup Transient Simulation in the futureClick this button to add a new propellantClick this button to edit selected propellantClick this button to delete the selected propellantFile MenuAction MenuSettings MenuView MenuHelp MenuGrain Type for specified/highlighted grainsPropellant for specified grain selected from propellant databaseGrain LengthGrain DiameterGrain Core DiameterCore Offset, Fin Thickness, etc - this field will change depending on the type of grain selectedNumber Of Points when a star grain is selected - this field will change depending on the type of grain selected Number Of Points when a star grain is selected - this field will change depending on the type of grain selectedFin Length for finocyl grains - this field will change depending on the type of grain selectedInhibited Ends - select the number of inhibited ends for the grain(s).  Can be 0-2.Add Grain - this button adds a grain with the specified propertiesDelete Grain - this button will delete any grains selected in the gridUpdate Grain - this button will update any grains selected in the grid with the properties specified.Grain Up - moves the grain up in the motorGrain Down - moves the grain down in the motorDisplayes motor grains and propertiesImage of the selected grain cross sectionFuture feature where a longitudinal cross section of the motor will be displayedOpen a BSX FileStart a new motor simulationSave current motor diskExport current motor to ENG file for use in flight simulatorsExport current motor data to CSV for consumption in other applicationsRun simulationEnter this tab for nozzle propertiesEnter this tab for editing propellantsOptions for startup transients.   Not currently implementedNot yet implementedEnter here to view simulation results summaryEnter here to modify colors and turn graph lines on/offEnter here to import test data and view previously imported test dataSpecify start value for X axis, useful for zooming in on specific parts of the burnSpecify end value for X axis, useful for zooming in on specific parts of the burnFor motors with a long tail-off, can specify a % of max thrust to designate motor burnout and end the simulationSimulation Results are displayed hereEnter here to view simulation graphNotes tab for recording notes on a motor.   Will be saved with the motor.
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