Search Results - "Breicher, Adrian"

Structures of Laminar Lean Premixed H2/CH4/Air Polyhedral Flames: Effects of Flow Velocity, H2 Content and Equivalence Ratio by Shi, Shuguo, Breicher, Adrian, Schultheis, Robin, Hartl, Sandra, Barlow, Robert S., Geyer, Dirk, Dreizler, Andreas

“…Polyhedral Bunsen flames, induced by hydrodynamic and thermo-diffusive instabilities, are characterized by periodic trough and cusp cellular structures along…”
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Cellular structures of laminar lean premixed H2/CH4/air polyhedral flames by Shi, Shuguo, Breicher, Adrian, Trabold, Johannes, Hartl, Sandra, Barlow, Robert S., Dreizler, Andreas, Geyer, Dirk

“…•Internal scalar structures of H2/CH4/air polyhedral flames are measured.•Cell number and flame front curvature are determined with OH-PLIF…”
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Numerical analysis of multi-regime combustion using flamelet generated manifolds - a highly-resolved Large-Eddy Simulation of the Darmstadt multi-regime burner by Engelmann, Linus, Wollny, Patrick, Breicher, Adrian, Geyer, Dirk, Chakraborty, Nilanjan, Kempf, Andreas

“…Multi-regime effects occur due to the interaction of combustion phenomena such as partial premixing of reactants or product-recirculation and lead to the…”
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A novel flamelet manifold parametrization approach for lean CH4–H2-air flames by Luo, Yujuan, Ferraro, Federica, Breicher, Adrian, Böttler, Hannes, Dreizler, Andreas, Geyer, Dirk, Hasse, Christian, Scholtissek, Arne

“…Hydrogen is a carbon-free energy carrier that can substantially support the decarbonization of the power generation and transportation sector in the near…”
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On polyhedral structures of lean methane/hydrogen Bunsen flames: Combined experimental and numerical analysis by Lulic, Haris, Breicher, Adrian, Scholtissek, Arne, Lapenna, Pasquale Eduardo, Dreizler, Andreas, Creta, Francesco, Hasse, Christian, Geyer, Dirk, Ferraro, Federica

“…In premixed flame propagation of lean hydrogen or hydrogen-enriched blends, both hydrodynamic and thermo-diffusive instabilities are governing the flame front…”
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A joint numerical study of multi-regime turbulent combustion by Fiorina, Benoît, Luu, Tan Phong, Dillon, Samuel, Mercier, Renaud, Wang, Ping, Angelilli, Lorenzo, Ciottoli, Pietro Paolo, Hernández–Pérez, Francisco E., Valorani, Mauro, Im, Hong G., Massey, James C., Li, Zhiyi, Chen, Zhi X., Swaminathan, Nedunchezhian, Popp, Sebastian, Hartl, Sandra, Nicolai, Hendrik, Hasse, Christian, Dreizler, Andreas, Butz, David, Geyer, Dirk, Breicher, Adrian, Zhang, Kai, Duwig, Christophe, Zhang, Weijie, Han, Wang, van Oijen, Jeroen, Péquin, Arthur, Parente, Alessandro, Engelmann, Linus, Kempf, Andreas, Hansinger, Maximilian, Pfitzner, Michael, Barlow, Robert S.

“…This article presents a joint numerical study on the Multi Regime Burner configuration. The burner design consists of three concentric inlet streams, which can…”
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