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Wesenauer, Florian
 

Own Publications Eigene Publikationen

Results 1-17 of 17 (Search time: 0.002 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Wesenauer, Florian ; Jordan, Christian ; Azam, Mudassar ; Harasek, Michael ; Winter, Franz Considerations on Temperature Dependent Effective Diffusion and Permeability of Natural ClaysArtikel Article 2021
2Pichler, Mario ; Wesenauer, Florian ; Jordan, Christian ; Puskas, Stefan ; Streibl, Bernhard ; Winter, Franz ; Harasek, Michael Design and simulation of gas burner ejectorsArtikel Article 2021
3Wesenauer, Florian ; Frei, Aron ; Jordan, Christian ; Pichler, Mario ; Harasek, Michael ; Winter, Franz A three-stage reaction model for the conversion of organic and inorganic carbon in clay brick firingKonferenzbeitrag Inproceedings2021
4Naydenova, Iliyana ; Sandov, Ognyan ; Wesenauer, Florian ; Laminger, Thomas ; Winter, Franz NO and Ultrafine Particles Formation during the Combustion of Single Biomass Particles under FBC ConditionsKonferenzbeitrag Inproceedings2021
5Wesenauer, Florian ; Jordan, Christian ; Pichler, Mario ; Frei, Aron ; Azam, Mudassar ; Setoodeh Jahromy, Saman ; Harasek, Michael ; Winter, Franz Correction to An Unreacted Shrinking Core Model Serves for Predicting Combustion Rates of Organic Additives in Clay BricksArtikel Article 2021
6Naydenova, Iliyana ; Sandov, Ognyan ; Wesenauer, Florian ; Laminger, Thomas ; Winter, Franz Pollutants formation during single particle combustion of biomass under fluidized bed conditions: An experimental studyArtikel Article 2020
7Puskas, Stefan ; Jordan, Christian ; Pichler, Mario ; Wesenauer, Florian ; Streibl, Bernhard ; Winter, Franz ; Harasek, Michael Zwischenbericht 2 Projekt TOREtechBericht Report2020
8Pichler, Mario ; Wesenauer, Florian ; Jordan, Christian ; Puskas, Stefan ; Streibl, Bernhard ; Winter, Franz ; Harasek, Michael Considering Reactions in Design and Simulation of EjectorsKonferenzbeitrag Inproceedings 2020
9Puskas, Stefan ; Jordan, Christian ; Pichler, Mario ; Wesenauer, Florian ; Streibl, Bernhard ; Winter, Franz ; Harasek, Michael Zwischenbericht 1 Projekt TOREtechBericht Report2020
10Pichler, Mario ; Haddadi, Bahram ; Jordan, Christian ; Wesenauer, Florian ; Winter, Franz ; Harasek, Michael Phase III: CFD Simulation KalzinatorBericht Report2020
11Naydenova, Iliyana ; Sandov, Ognyan ; Wesenauer, Florian ; Laminger, Thomas ; Winter, Franz Emissions and Kinetics of Biomass Combustion at FBC ConditionsPräsentation Presentation2019
12Sandov, Ognyan ; Naydenova, Iliyana ; Wesenauer, Florian ; Nones, Federica ; Laminger, Thomas ; Winter, Franz Experimental investigation of pollutant's emissions during solid biofuels combustion under FBC conditionKonferenzbeitrag Inproceedings2019
13Wesenauer, Florian ; Jordan, Christian ; Birkelbach, Felix ; Pichler, Mario ; Harasek, Michael ; Winter, Franz Pore-forming additives in brick production and their behaviour in the burning process - first results of an ongoing investigationKonferenzbeitrag Inproceedings 2019
14Setoodeh Jahromy, Saman ; Azam, Mudassar ; Huber, Florian ; Jordan, Christian ; Wesenauer, Florian ; Huber, Clemens ; Naghdi, Shaghayegh ; Schwendtner, Karolina ; Neuwirth, Erich ; Laminger, Thomas ; Eder, Dominik ; Werner, Andreas ; Harasek, Michael ; Winter, Franz Comparing Fly Ash Samples from Different Types of Incinerators for Their Potential as Storage Materials for Thermochemical Energy and CO₂Artikel Article 2019
15Azam, Mudassar ; Setoodeh Jahromy, Saman ; Raza, Waseem ; Wesenauer, Florian ; Schwendtner, Karolina ; Winter, Franz Comparison of the Characteristics of Fly Ash Generated from Bio and MunicipalWaste: Fluidized Bed IncineratorsArtikel Article 2019
16Pichler, Mario ; Haddadi, Bahram ; Jordan, Christian ; Harasek, Michael ; Wesenauer, Florian ; Winter, Franz A simple calcination model - implementation and validation in OpenFOAM®Konferenzbeitrag Inproceedings 2019
17Jordan, Christian ; Pichler, Mario ; Haddadi, Bahram ; Norouzi, Hamid R. ; Wesenauer, Florian ; Weber, Jakob ; Winter, Franz ; Harasek, Michael New Method for Numerical Calibration of a Rotary Kiln Model - A Multiscale ApproachKonferenzbeitrag Inproceedings2019