@@ -332,125 +332,125 @@ var NAVTREE =
332332 ] ] ,
333333 [ "Example Cases" , "examples.html" , [
334334 [ "Example Cases" , "examples.html#autotoc_md214" , [
335- [ "Backward Facing Step (2D)" , "examples.html#autotoc_md215" , [
336- [ "Final Condition (Density)" , "examples.html#autotoc_md216" , null ]
335+ [ "Viscous Shock Tube (2D)" , "examples.html#autotoc_md215" , null ] ,
336+ [ "Backward Facing Step (2D)" , "examples.html#autotoc_md218" , [
337+ [ "Final Condition (Density)" , "examples.html#autotoc_md219" , null ]
337338 ] ] ,
338- [ "1D Multi-Component Inert Shock Tube" , "examples.html#autotoc_md217" , [
339- [ "Initial Condition" , "examples.html#autotoc_md218" , null ] ,
340- [ "Results" , "examples.html#autotoc_md219" , null ]
341- ] ] ,
342- [ "1D Multi-Component Reactive Shock Tube" , "examples.html#autotoc_md220" , [
339+ [ "Lax shock tube problem (1D)" , "examples.html#autotoc_md220" , [
343340 [ "Initial Condition" , "examples.html#autotoc_md221" , null ] ,
344- [ "Results" , "examples.html#autotoc_md222" , null ]
345- ] ] ,
346- [ "2D Triple Point (2D)" , "examples.html#autotoc_md223" , [
347- [ "Numerical Schlieren at Final Time" , "examples.html#autotoc_md224" , null ]
348- ] ] ,
349- [ "2D IBM CFL dt (2D)" , "examples.html#autotoc_md225" , [
350- [ "Result" , "examples.html#autotoc_md226" , null ]
351- ] ] ,
352- [ "Scaling and Performance test" , "examples.html#autotoc_md227" , [
353- [ "Weak Scaling" , "examples.html#autotoc_md228" , null ] ,
354- [ "Strong Scaling" , "examples.html#autotoc_md229" , null ] ,
355- [ "Example" , "examples.html#autotoc_md230" , null ]
356- ] ] ,
357- [ "Shu-Osher problem (1D)" , "examples.html#autotoc_md231" , [
358- [ "Initial Condition" , "examples.html#autotoc_md232" , null ] ,
359- [ "Result" , "examples.html#autotoc_md233" , null ]
360- ] ] ,
361- [ "Kelvin-Helmholtz Instability (2D)" , "examples.html#autotoc_md234" , null ] ,
362- [ "2D General Herschel-Bulkley Poiseuille Channel" , "examples.html#autotoc_md237" , [
363- [ "Regime and parameters" , "examples.html#autotoc_md238" , null ] ,
364- [ "Governing physics and analytic solution" , "examples.html#autotoc_md239" , null ] ,
365- [ "How to run" , "examples.html#autotoc_md240" , null ] ,
366- [ "Validation result" , "examples.html#autotoc_md241" , null ] ,
367- [ "References" , "examples.html#autotoc_md242" , null ]
368- ] ] ,
369- [ "Viscous Shock Tube (2D)" , "examples.html#autotoc_md243" , null ] ,
370- [ "2D Riemann Test (2D)" , "examples.html#autotoc_md246" , [
371- [ "Density Initial and Final Conditions" , "examples.html#autotoc_md247" , null ]
372- ] ] ,
373- [ "Titarev-Toro problem (1D)" , "examples.html#autotoc_md248" , [
374- [ "Initial Condition" , "examples.html#autotoc_md249" , null ] ,
375- [ "Result" , "examples.html#autotoc_md250" , null ]
376- ] ] ,
377- [ "Forward Facing Step (2D)" , "examples.html#autotoc_md251" , [
378- [ "Final Condition (Density)" , "examples.html#autotoc_md252" , null ]
379- ] ] ,
380- [ "2D Power-Law (Shear-Thinning) Poiseuille Channel" , "examples.html#autotoc_md253" , [
381- [ "Regime and parameters" , "examples.html#autotoc_md254" , null ] ,
382- [ "Governing physics and analytic solution" , "examples.html#autotoc_md255" , null ] ,
383- [ "How to run" , "examples.html#autotoc_md256" , null ] ,
384- [ "Validation result" , "examples.html#autotoc_md257" , null ] ,
385- [ "References" , "examples.html#autotoc_md258" , null ]
386- ] ] ,
387- [ "Rayleigh-Taylor Instability (3D)" , "examples.html#autotoc_md259" , [
388- [ "Final Condition and Linear Theory" , "examples.html#autotoc_md260" , null ]
389- ] ] ,
390- [ "Lid-Driven Cavity Problem (2D)" , "examples.html#autotoc_md261" , [
391- [ "Final Condition" , "examples.html#autotoc_md262" , null ] ,
392- [ "Centerline Velocities" , "examples.html#autotoc_md263" , null ]
393- ] ] ,
394- [ "Perfectly Stirred Reactor" , "examples.html#autotoc_md264" , [
395- [ "Validation" , "examples.html#autotoc_md265" , null ]
396- ] ] ,
397- [ "2D Power-Law (Shear-Thickening) Poiseuille Channel" , "examples.html#autotoc_md266" , [
398- [ "Regime and parameters" , "examples.html#autotoc_md267" , null ] ,
399- [ "Governing physics and analytic solution" , "examples.html#autotoc_md268" , null ] ,
400- [ "How to run" , "examples.html#autotoc_md269" , null ] ,
401- [ "Validation result" , "examples.html#autotoc_md270" , null ] ,
402- [ "References" , "examples.html#autotoc_md271" , null ]
403- ] ] ,
404- [ "3D Turbulent Mixing layer (3D)" , "examples.html#autotoc_md272" , [
405- [ "Liutex visualization at transitional state" , "examples.html#autotoc_md273" , null ]
406- ] ] ,
407- [ "Isentropic vortex problem (2D)" , "examples.html#autotoc_md274" , [
408- [ "Density" , "examples.html#autotoc_md275" , null ] ,
409- [ "Density Norms" , "examples.html#autotoc_md276" , null ]
410- ] ] ,
411- [ "2D Bingham (Yield-Stress) Poiseuille Channel" , "examples.html#autotoc_md277" , [
412- [ "Regime and parameters" , "examples.html#autotoc_md278" , null ] ,
413- [ "Governing physics and analytic solution" , "examples.html#autotoc_md279" , null ] ,
414- [ "How to run" , "examples.html#autotoc_md280" , null ] ,
415- [ "Validation result" , "examples.html#autotoc_md281" , null ] ,
416- [ "References" , "examples.html#autotoc_md282" , null ]
417- ] ] ,
418- [ "2D IBM-Walled Power-Law Poiseuille Channel" , "examples.html#autotoc_md283" , [
419- [ "Geometry and parameters" , "examples.html#autotoc_md284" , null ] ,
420- [ "Analytic solution" , "examples.html#autotoc_md285" , null ] ,
421- [ "How to run" , "examples.html#autotoc_md286" , null ] ,
422- [ "Validation results" , "examples.html#autotoc_md287" , null ] ,
423- [ "References" , "examples.html#autotoc_md288" , null ]
424- ] ] ,
425- [ "Lax shock tube problem (1D)" , "examples.html#autotoc_md289" , [
426- [ "Initial Condition" , "examples.html#autotoc_md290" , null ] ,
427- [ "Result" , "examples.html#autotoc_md291" , null ]
428- ] ] ,
429- [ "Gas Jet (2D)" , "examples.html#autotoc_md292" , [
430- [ "Final Condition" , "examples.html#autotoc_md293" , null ]
431- ] ] ,
432- [ "2D Shear-Thinning Lid-Driven Cavity" , "examples.html#autotoc_md294" , [
433- [ "Regime and parameters" , "examples.html#autotoc_md295" , null ] ,
434- [ "Governing physics" , "examples.html#autotoc_md296" , null ] ,
435- [ "How to run" , "examples.html#autotoc_md297" , null ] ,
436- [ "References" , "examples.html#autotoc_md298" , null ]
437- ] ] ,
438- [ "Rayleigh-Taylor Instability (2D)" , "examples.html#autotoc_md299" , [
439- [ "Final Condition and Linear Theory" , "examples.html#autotoc_md300" , null ]
440- ] ] ,
441- [ "IBM Bow Shock (3D)" , "examples.html#autotoc_md301" , [
442- [ "Final Condition" , "examples.html#autotoc_md302" , null ]
443- ] ] ,
444- [ "2D Hardcodied IC Example" , "examples.html#autotoc_md303" , [
445- [ "Initial Condition and Result" , "examples.html#autotoc_md304" , null ]
446- ] ] ,
447- [ "Richtmyer-Meshkov Instability (2D)" , "examples.html#autotoc_md305" , null ] ,
448- [ "Taylor-Green Vortex (3D)" , "examples.html#autotoc_md308" , [
449- [ "Final Condition" , "examples.html#autotoc_md309" , null ]
450- ] ] ,
451- [ "Shock Droplet (2D)" , "examples.html#autotoc_md310" , [
452- [ "Initial Condition" , "examples.html#autotoc_md311" , null ] ,
453- [ "Result" , "examples.html#autotoc_md312" , null ]
341+ [ "Result" , "examples.html#autotoc_md222" , null ]
342+ ] ] ,
343+ [ "1D Multi-Component Reactive Shock Tube" , "examples.html#autotoc_md223" , [
344+ [ "Initial Condition" , "examples.html#autotoc_md224" , null ] ,
345+ [ "Results" , "examples.html#autotoc_md225" , null ]
346+ ] ] ,
347+ [ "Lid-Driven Cavity Problem (2D)" , "examples.html#autotoc_md226" , [
348+ [ "Final Condition" , "examples.html#autotoc_md227" , null ] ,
349+ [ "Centerline Velocities" , "examples.html#autotoc_md228" , null ]
350+ ] ] ,
351+ [ "2D Riemann Test (2D)" , "examples.html#autotoc_md229" , [
352+ [ "Density Initial and Final Conditions" , "examples.html#autotoc_md230" , null ]
353+ ] ] ,
354+ [ "IBM Bow Shock (3D)" , "examples.html#autotoc_md231" , [
355+ [ "Final Condition" , "examples.html#autotoc_md232" , null ]
356+ ] ] ,
357+ [ "2D Power-Law (Shear-Thickening) Poiseuille Channel" , "examples.html#autotoc_md233" , [
358+ [ "Regime and parameters" , "examples.html#autotoc_md234" , null ] ,
359+ [ "Governing physics and analytic solution" , "examples.html#autotoc_md235" , null ] ,
360+ [ "How to run" , "examples.html#autotoc_md236" , null ] ,
361+ [ "Validation result" , "examples.html#autotoc_md237" , null ] ,
362+ [ "References" , "examples.html#autotoc_md238" , null ]
363+ ] ] ,
364+ [ "1D Multi-Component Inert Shock Tube" , "examples.html#autotoc_md239" , [
365+ [ "Initial Condition" , "examples.html#autotoc_md240" , null ] ,
366+ [ "Results" , "examples.html#autotoc_md241" , null ]
367+ ] ] ,
368+ [ "Rayleigh-Taylor Instability (3D)" , "examples.html#autotoc_md242" , [
369+ [ "Final Condition and Linear Theory" , "examples.html#autotoc_md243" , null ]
370+ ] ] ,
371+ [ "Taylor-Green Vortex (3D)" , "examples.html#autotoc_md244" , [
372+ [ "Final Condition" , "examples.html#autotoc_md245" , null ]
373+ ] ] ,
374+ [ "Perfectly Stirred Reactor" , "examples.html#autotoc_md246" , [
375+ [ "Validation" , "examples.html#autotoc_md247" , null ]
376+ ] ] ,
377+ [ "2D Bingham (Yield-Stress) Poiseuille Channel" , "examples.html#autotoc_md248" , [
378+ [ "Regime and parameters" , "examples.html#autotoc_md249" , null ] ,
379+ [ "Governing physics and analytic solution" , "examples.html#autotoc_md250" , null ] ,
380+ [ "How to run" , "examples.html#autotoc_md251" , null ] ,
381+ [ "Validation result" , "examples.html#autotoc_md252" , null ] ,
382+ [ "References" , "examples.html#autotoc_md253" , null ]
383+ ] ] ,
384+ [ "Isentropic vortex problem (2D)" , "examples.html#autotoc_md254" , [
385+ [ "Density" , "examples.html#autotoc_md255" , null ] ,
386+ [ "Density Norms" , "examples.html#autotoc_md256" , null ]
387+ ] ] ,
388+ [ "Rayleigh-Taylor Instability (2D)" , "examples.html#autotoc_md257" , [
389+ [ "Final Condition and Linear Theory" , "examples.html#autotoc_md258" , null ]
390+ ] ] ,
391+ [ "Titarev-Toro problem (1D)" , "examples.html#autotoc_md259" , [
392+ [ "Initial Condition" , "examples.html#autotoc_md260" , null ] ,
393+ [ "Result" , "examples.html#autotoc_md261" , null ]
394+ ] ] ,
395+ [ "2D Triple Point (2D)" , "examples.html#autotoc_md262" , [
396+ [ "Numerical Schlieren at Final Time" , "examples.html#autotoc_md263" , null ]
397+ ] ] ,
398+ [ "2D Shear-Thinning Lid-Driven Cavity" , "examples.html#autotoc_md264" , [
399+ [ "Regime and parameters" , "examples.html#autotoc_md265" , null ] ,
400+ [ "Governing physics" , "examples.html#autotoc_md266" , null ] ,
401+ [ "How to run" , "examples.html#autotoc_md267" , null ] ,
402+ [ "References" , "examples.html#autotoc_md268" , null ]
403+ ] ] ,
404+ [ "2D Power-Law (Shear-Thinning) Poiseuille Channel" , "examples.html#autotoc_md269" , [
405+ [ "Regime and parameters" , "examples.html#autotoc_md270" , null ] ,
406+ [ "Governing physics and analytic solution" , "examples.html#autotoc_md271" , null ] ,
407+ [ "How to run" , "examples.html#autotoc_md272" , null ] ,
408+ [ "Validation result" , "examples.html#autotoc_md273" , null ] ,
409+ [ "References" , "examples.html#autotoc_md274" , null ]
410+ ] ] ,
411+ [ "2D Hardcodied IC Example" , "examples.html#autotoc_md275" , [
412+ [ "Initial Condition and Result" , "examples.html#autotoc_md276" , null ]
413+ ] ] ,
414+ [ "3D Turbulent Mixing layer (3D)" , "examples.html#autotoc_md277" , [
415+ [ "Liutex visualization at transitional state" , "examples.html#autotoc_md278" , null ]
416+ ] ] ,
417+ [ "Scaling and Performance test" , "examples.html#autotoc_md279" , [
418+ [ "Weak Scaling" , "examples.html#autotoc_md280" , null ] ,
419+ [ "Strong Scaling" , "examples.html#autotoc_md281" , null ] ,
420+ [ "Example" , "examples.html#autotoc_md282" , null ]
421+ ] ] ,
422+ [ "2D IBM CFL dt (2D)" , "examples.html#autotoc_md283" , [
423+ [ "Result" , "examples.html#autotoc_md284" , null ]
424+ ] ] ,
425+ [ "Kelvin-Helmholtz Instability (2D)" , "examples.html#autotoc_md285" , null ] ,
426+ [ "Shock Droplet (2D)" , "examples.html#autotoc_md288" , [
427+ [ "Initial Condition" , "examples.html#autotoc_md289" , null ] ,
428+ [ "Result" , "examples.html#autotoc_md290" , null ]
429+ ] ] ,
430+ [ "2D General Herschel-Bulkley Poiseuille Channel" , "examples.html#autotoc_md291" , [
431+ [ "Regime and parameters" , "examples.html#autotoc_md292" , null ] ,
432+ [ "Governing physics and analytic solution" , "examples.html#autotoc_md293" , null ] ,
433+ [ "How to run" , "examples.html#autotoc_md294" , null ] ,
434+ [ "Validation result" , "examples.html#autotoc_md295" , null ] ,
435+ [ "References" , "examples.html#autotoc_md296" , null ]
436+ ] ] ,
437+ [ "Gas Jet (2D)" , "examples.html#autotoc_md297" , [
438+ [ "Final Condition" , "examples.html#autotoc_md298" , null ]
439+ ] ] ,
440+ [ "Richtmyer-Meshkov Instability (2D)" , "examples.html#autotoc_md299" , null ] ,
441+ [ "Shu-Osher problem (1D)" , "examples.html#autotoc_md302" , [
442+ [ "Initial Condition" , "examples.html#autotoc_md303" , null ] ,
443+ [ "Result" , "examples.html#autotoc_md304" , null ]
444+ ] ] ,
445+ [ "Forward Facing Step (2D)" , "examples.html#autotoc_md305" , [
446+ [ "Final Condition (Density)" , "examples.html#autotoc_md306" , null ]
447+ ] ] ,
448+ [ "2D IBM-Walled Power-Law Poiseuille Channel" , "examples.html#autotoc_md307" , [
449+ [ "Geometry and parameters" , "examples.html#autotoc_md308" , null ] ,
450+ [ "Analytic solution" , "examples.html#autotoc_md309" , null ] ,
451+ [ "How to run" , "examples.html#autotoc_md310" , null ] ,
452+ [ "Validation results" , "examples.html#autotoc_md311" , null ] ,
453+ [ "References" , "examples.html#autotoc_md312" , null ]
454454 ] ]
455455 ] ]
456456 ] ] ,
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