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Adding non conforming mesh capabilities.
-> The code handles straight and curved non-conforming meshes. -> The ProblemFile.f90 is linked through a dynamic library -> The Benchmark test cases folder has been added to control solution changes.
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| # List of Contributors | ||
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| This is a list of the people who has contributed to **HORSES**. | ||
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| * **Esteban Ferrer Vaccarezza** (Univ. Politécnica de Madrid) | ||
| * **David A. Kopriva** (The Florida State University) | ||
| * **Diego Lodares Gómez** (Univ. Politécnica de Madrid) | ||
| * **Juan Manzanero Torrico** (Univ. Politécnica de Madrid) | ||
| * **Carlos Redondo Calle** (Univ. Politécnica de Madrid) | ||
| * **Gonzalo Rubio Calzado** (Univ.Politécnica de Madrid) | ||
| * **Andrés Rueda** (Univ. Politécnica de Madrid) | ||
| * **Eusebio Valero Sánchez** (Univ. Politécnica de Madrid) |
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| This is a two dimensional discontinuous Galerkin spectral element method solver for Navier-Stokes equations. This code has been developed in the Madrid Technical University. | ||
| # HORSES: a High Order Spectral Element Solver | ||
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| ```text | ||
| _ _ ____ _____ _____ ______ _____ | ||
| | | | | / __ \ | __ \ / ____| | ____| / ____| | ||
| | |__| | | | | | | |__) | | (___ | |__ | (___ | ||
| | __ | | | | | | _ / \___ \ | __| \___ \ | ||
| | | | | | |__| | | | \ \ ____) | | |____ ____) | | ||
| |_| |_| \____/ |_| \_\ |_____/ |______| |_____/ | ||
| +m:y:-` `-:y:m+ | ||
| .:::odmMMMNMms:- -:smMNMMMmdo:::. | ||
| `+mMMNMMMMNNNd+: :+dNNNMMMMNMMm+` | ||
| \shdNMNymMMMMshMmdNmd: :dmNdmMhsMMMMmyNMNdhs/ | ||
| ooosMMMNMMMNmNhNMMMNmhd- -dhmNMMMNhNmNMMMNMMMsooo | ||
| `-\+yhMMmMMMhhMhss+\+o+. .+o+/+sshMhhMMMmMMhy+/-` | ||
| yMNMhMMMMNMs sMNMMMMhMNMy | ||
| :ydmMMhMMMMy+M\ /M+yMMMMhMMmdy: | ||
| .+s+omMhMMMMMy+Ms` `sM+yMMMMMhMmo+s+. | ||
| +ymNMNmMMMMMmdMm+` `+mMdmMMMMMmNMNmy+ | ||
| :- \\oymMMmMMMMMMMmNMd- \yys: :syy/ -dMNmMMMMMMMmMMmyo// -: | ||
| - -y. .\oymMMMMMMMMhddhNMNs..+yNMMMMm- -mMMMMNy+..sNMNhddhMMMMMMMMmyo/. .y- - | ||
| +o.-N. `-:+yhdNMMMMMsMMMMMMMMMMmMMMmd\msd dsm/dmMMMmMMMMMMMMMMsMMMMMNdhy+:-` .N-.o+ | ||
| : :NsMo oyo+-hMMMMMMMMMMMMMM+NMd+`.+mM\ /Mm+.`+dMN+MMMMMMMMMMMMMMh-+oyo oMsN: : | ||
| \y.yMM: `. :hoMMMMMMMMMMMMMMmMNMMMMmsN` `NsmMMMMNMmMMMMMMMMMMMMMMoh: .` :MMy.y/ | ||
| oNMMh oh+MMMMMMMMMMMMMMMMNdNNyNMdms smdMNyNNdNMMMMMMMMMMMMMMMM+ho hMMNo | ||
| oMMM- \dyhMMMMMMMMMMMMMMMMNs\. `mmsMm mMsmm` ./sNMMMMMMMMMMMMMMMMhyd/ -MMMo | ||
| dNym -oNMMMMMMMMMMMMMMMMNoo\. odh-mN Nm-hdo ./ooNMMMMMMMMMMMMMMMMNo- myNd | ||
| `Mdsh `+mMMMMMMMMMMMMMMMh+Mh- -NM\ `. .` /MN- -hM+hMMMMMMMMMMMMMMMm+` hsdM` | ||
| `NN:N. oNMMMMMMNoMMMMMMMhoyh: .oNMd` `dMNo. :hyohMMMMMMMoNMMMMMMNo .N:NN` | ||
| \Mm\do` .mMMMMMMMMMMMMMMMmhyo. NNM+ +MNN .oyhmMMMMMMMMMMMMMMMm. `od/mM/ | ||
| .smNMMdymMMMMMMMMNmMMMMMhy: sy- -ys :yhMMMMMmNMMMMMMMMmydMMNms. | ||
| -NhMMdMhmMMMMMMMyMMMhhMM+ +MMhhMMMyMMMMMMMmhMdMMhN- | ||
| \yhNd-hNMMMMMMMMmymhmMMd dMMmhmymMMMMMMMMNh-dNhy/ | ||
| :-sm\-`dMMMMMMMMhh\MMMm. .mMMM/hhMMMMMMMMd`-/ms-: | ||
| `yy `oNMMMMMMMmsMMm. .mMMsmMMMMMMMNo` yy` | ||
| y` `omMMMMMMsMy` -\:\+++o. .o+++/:/- `yMsMMMMMMmo` `y | ||
| sMMhmoNNhysyhmMMmNMMho` `ohMMNmMMmhysyhNNomhMMs | ||
| oMMN:yMmyo\-.`` ``.-/oymMy:NMMo | ||
| oNMN. .NMNo | ||
| -sNmo. High Order Spectral Element Solver .omNs- | ||
| \dyo. .oyd/ | ||
| `oMNd- 2D Compressible Navier-Stokes equations -dNMo` | ||
| :dMNy` `yNMd: | ||
| -ymms smmy- | ||
| ``` | ||
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| ***This is a two dimensional discontinuous Galerkin spectral element method solver for Navier-Stokes equations.*** | ||
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| This code has been developed in the Madrid Technical University. | ||
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| Installation: | ||
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| 1) Replace make.inc.example to make.inc with the paths of your system. | ||
| 2) Run make all. Several options are available: | ||
| - Mode DEBUG/RELEASE | ||
| - Compiler gfortran/ifort | ||
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| 3) Run the three benchmark tests: | ||
| - make runcyl. Flow around a circle | ||
| - make runvortex. Taylor vortex problem. | ||
| - make runchan. Channel. | ||
| 1. Replace make.inc.example to make.inc with the paths of your system. | ||
| 2. Run make. Several options are available: | ||
| * Solver: Euler (make Euler) or Navier-Stokes (make all) | ||
| * Mode: DEBUG/RELEASE | ||
| * Compiler: gfortran/ifort | ||
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| 3. Run the three benchmark tests: | ||
| * make runcyl. Flow around a circle | ||
| * make runvortex. Taylor vortex problem. | ||
| * make runchan. Channel. |
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