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With about 20 scientific employees and students, the Institute for Reactive Flows of the University of Stuttgart conducts research on the fundamentals of modelling and simulation of turbulent, reacting flows in the areas of multiphase flows (gaseous/liquid and gaseous/solid), chemical reactors and nanoparticle processes. The teaching of IRST covers the fundamentals and advanced topics in reacting flow systems, simulation methods as well as related programming basics.
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Gzip Archive - 1.2 GB - MD5: 8b1aa5b4329bb1012027afa1cde35f45
DNS case files are separated into the dilute and dense spray cases.
Gzip Archive - 924.8 MB - MD5: 914f769dc5533265e7c43330277d7b5e
LES case files are separated into the dilute and dense spray cases.
Gzip Archive - 253.0 MB - MD5: 81eac93aaff0369494405b4f567afbe5
Gzip Archive - 98.9 GB - MD5: 75ec163798f4d1213af534582b05dd42
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TAR archive of datasets
Gzip Archive - 6.5 GB - MD5: 8317c0ef0b217e18ab8190a288de7761
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TAR archive of experiments
Gzip Archive - 478.4 KB - MD5: dbae525807ef51d480da8256c39abbdc
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TAR archive of source code
Fixed Field Text Data - 15.5 KB - MD5: 296227223b76178bf3dc00c39538a0b5
Unstretched laminar flame speeds at 300K and 1atm for ammonia/hydrogen-air flames (60/40 blend by volume) at different equivalence ratios from the Stagni reaction mechanism using different Soret diffusion models.
Fixed Field Text Data - 12.4 KB - MD5: 21d85da092839596fdb53e028735e22f
Unstretched laminar flame speeds at 300K and 1atm for hydrogen-air flames at different equivalence ratios from the Boivin reaction mechanism using different Soret diffusion models.
Fixed Field Text Data - 12.4 KB - MD5: 9920717bbec9e0c7ac4d2dc129bd5eb8
Unstretched laminar flame speeds at 300K and 1atm for hydrogen-air flames at different equivalence ratios from the Burke reaction mechanism using different Soret diffusion models.
Fixed Field Text Data - 12.4 KB - MD5: 58875c42b351c42463be969cfb6cc4d7
Unstretched laminar flame speeds at 300K and 1atm for hydrogen-air flames at different equivalence ratios from the Li reaction mechanism using different Soret diffusion models.
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