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Philip Rößger
Philip Rößger
在 iec.tu-freiberg.de 的电子邮件经过验证 - 首页
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Progress in CFD simulations of fluidized beds for chemical and energy process engineering
F Alobaid, N Almohammed, MM Farid, J May, P Rößger, A Richter, ...
Progress in Energy and Combustion Science 91, 100930, 2022
1722022
Measurement and simplified numerical prediction of effective thermal conductivity of open-cell ceramic foams at high temperature
MAA Mendes, P Goetze, P Talukdar, E Werzner, C Demuth, P Rössger, ...
International Journal of Heat and Mass Transfer 102, 396-406, 2016
512016
CFD-based multi-objective optimization of a quench reactor design
K Uebel, P Rößger, U Prüfert, A Richter, B Meyer
Fuel Processing Technology 149, 290-304, 2016
322016
Performance of different optimization concepts for reactive flow systems based on combined CFD and response surface methods
P Rößger, A Richter
Computers & Chemical Engineering 108, 232-239, 2018
312018
A new CO conversion quench reactor design
K Uebel, P Rößger, U Prüfert, A Richter, B Meyer
Fuel Processing Technology 148, 198-208, 2016
172016
Numerical modeling of a batch fluidized-bed gasifier: Interaction of chemical reaction, particle morphology development and hydrodynamics
P Rößger, A Richter
Powder Technology 384, 148-159, 2021
112021
Towards a validated CFD setup for a range of fluidized beds
A Laugwitz, P Rößger, M Schurz, A Richter, B Meyer
Powder technology 318, 558-568, 2017
82017
Integrating biomass and waste into high-pressure partial oxidation processes: Thermochemical and economic multi-objective optimization
P Rößger, LG Seidl, F Compart, J Hußler, M Gräbner, A Richter
Journal of Cleaner Production 358, 132053, 2022
32022
Modellgestützte Optimierung von Hochtemperatur-Konversionsprozessen: Potenziale und Einsatzgrenzen
P Rößger
2023
THE INTERACTION OF HYDRODYNAMICS AND CHEMICAL REACTIONS IN BUBBLING FLUIDIZED BEDS: A NUMERICAL INVESTIGATION
P Rößger, A Richter, B Meyer
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