Organization Name (de) Name der Organisation (de)
K1-MET GmbH, Austria
 


Results 1-10 of 10 (Search time: 0.002 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Kiss, Matthias ; Nanz, Thomas ; Bösenhofer, Markus Comparison of 1D and 3D models for the thermochemical conversion of carbonaceous pulverized particlesArticle Artikel Mar-2026
2Boesenhofer-2026-Chemical Engineering Journal-vor.pdf.jpgBösenhofer, Markus ; Nanz, Thomas ; Stocker, Hugo ; Feilmayr, Christoph ; Rieger, Johannes ; Harasek, Michael Thermochemical conversion of pulverized carbon carriers under super high heating rates and elevated pressuresArticle Artikel 15-Jan-2026
3Kiss, Matthias ; Gruber, Christine ; Harasek, Michael ; Bösenhofer, Markus Modeling Biomass Conversion in Raceway Zone of Blast Furnace Using Resolved Lagrangian Particle ModelArticle Artikel Aug-2025
4Bösenhofer, Markus ; Nanz, Thomas ; Kiss, Matthias ; Gruber, Christine ; Rieger, Johannes ; Stocker, Hugo ; Feilmayr, Christoph ; Harasek, Michael Simulation-Aided Evaluation of Alternative Reducing Agent Conversion ExperimentsArticle Artikel Apr-2025
5Nanz, Thomas ; Kiss, Matthias ; Zarabian Ghaeini, Golnaz ; Weiß, Barbara ; Bösenhofer, Markus ; Gruber, Christine ; Rieger, Johannes ; Feilmayr, Christoph ; Stocker, Hugo ; Harasek, Michael Towards a Better Understanding of ARA ConversionArticle Artikel 2025
6Kiss-2024-Particleresolved simulation of char combustion in OpenFOAM-vor.pdf.jpgKiss, Matthias ; Bösenhofer, Markus ; Gruber, Markus ; Feilmayr, Christoph ; Stocker, Hugo ; Gruber, Christine ; Harasek, Michael Particle­resolved simulation of char combustion in OpenFOAMPresentation Vortrag 26-Jul-2024
7Kiss, Matthias ; Bösenhofer, Markus ; Wartha, Eva-Maria ; Hauzenberger, Franz ; Gruber, Markus ; Feilmayr, Christoph ; Stocker, Hugo ; Gruber, Johanna Christine ; Harasek, Michael Numerical Evaluation of the Suitability of Thermally Thick Alternative Reducing Agents in the Raceway ZoneInproceedings KonferenzbeitragMay-2024
8Nanz, Thomas ; Bösenhofer, Markus ; Hauzenberger, Franz ; Feilmayr, Christoph ; Stocker, Hugo ; Rieger, Johannes ; Schatzl, Magdalena ; Harasek, Michael Simulation aided extraction of conversion ates of auxiliary reducing agents (ARAs)Presentation Vortrag2022
9Bösenhofer, Markus ; Resch, Florian ; Nanz, Thomas ; Harasek, Michael opiTemp: A low budget, open-source optical temperature sensing systemKonferenzbeitrag Inproceedings2021
10DiV2_01.pdf.jpgKiss, Matthias ; Bösenhofer, Markus ; Schatzl, Magdalena ; Harasek, Michael Region Coupling Algorithms in OpenFoamInproceedings Konferenzbeitrag Dec-2020