TestFloquation

1 Math

My in-line equation is: $y_1=e^{x^2}$ And on its own line:

$y_2=\sqrt{e^{x^2}}$

It then follows that we have two equations. Q.E.D.

2 Version

3 Links

LinkName to Main Page

4 Subpages

4.1 Subsection: Subpages of Contrib

• Abe-Kondoh-Nagano low-Re k-epsilon model
• ColloidalFoam
• CompressibleMixingPhaseChangeFoam
• Dynamic Smagorinsky SGS model
• EHDFoam
• IAPWS-IF97-OF
• IBSBM: Immersed-Boundary Suspension Solver
• IHFOAM
• IOH5Write
• IOReferencer
• Janaf
• LibOpenSMOKE
• MakeAxialMesh
• OpenFuelCell
• PatchEditor
• PyFoam
  • benchFoam
  • pyFoamCaseBuilder
• QGDsolver
• RichardsFOAM
• SbmFoam
• SnappyHexMesh GUI Addon for Blender
• SplitMeshWithSets
• SwiftBlock
• SwiftSnap
• Tabulated thermophysicalProperties library
• Unstructured Grids Addon for Blender
• airInterFoam
• blockMeshWithSets
• boussinesqTurbulentModelsRAS
• calcMassFlow
• calcPressureDifference
• cellCenters
• ddtFoam
• edcPisoFoam
• equationReader
• fluentMeshToFoamWithInternals
• forceDirCoeffs
• funkySetFields
• groovyBC
• hexBlocker
• hybridCentralSolvers
• kEpsilonViollet
• libAcoustics
• makeApplicationList
• multiRegionPlasma
• multiSolver
• olaFlow
• parallelControlDictPatch
• perturbU
• plugInPatch
• porousMultiphaseFoam
• pressureTransmissive
• pythonFlu
• reconstruct-interpolate-fields
• roughnessToFoam
• salomeToOpenFOAM
• sedfoam
• simpleFunctionObjects
• solidMechanics
• swak4Foam
  • Example calcMassFlow
  • Example calcPressureDifference
  • Example dropletVelocity
  • Example initRandomVelocity
  • Example sectionalForces
  • FAQ
  • README 1.x
  • README 2.x
• timeVaryingNonuniformFixedValue
• turbFoamAverage with k-omega SST SAS
• turbinesFoam
• wallHeatFlux
• wallHeatFluxAutoWallTreatmentCFX
• wallHeatFluxIncompressible
• wallRadiationTemperature
• wallShearStressLES
• waves2Foam
  • waveTheories