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• ▲ Karl Alexander Heufer

  RWTH Aachen University Chemical Engineering
  5.36k

  citations

  32

  h-index

  83

  Aachen papers
• ▲ Herbert Olivier

  RWTH Aachen University Engineering
  3.49k

  citations

  34

  h-index

  10

  Aachen papers
• ▲ Malte Döntgen

  RWTH Aachen University Chemical Engineering
  1.08k

  citations

  17

  h-index

  33

  Aachen papers
• ▲ Heiko Minwegen

  RWTH Aachen University Chemical Engineering
  473

  citations

  12

  h-index

  6

  Aachen papers
• ▲ Shibin Cao

  Xiamen University Engineering
  439

  citations

  9

  h-index

  4

  Aachen papers
• ▲ Igor Klioutchnikov

  RWTH Aachen University Engineering
  414

  citations

  12

  h-index

  7

  Aachen papers
• ▲ Sangdi Gu

  Hong Kong Polytechnic University Mathematics
  321

  citations

  9

  h-index

  2

  Aachen papers
• ▲ Mark E. Fuller

  Technion – Israel Institute of Technology · Brown University Chemical Engineering
  310

  citations

  10

  h-index

  5

  Aachen papers
• ▲ René Daniel Büttgen

  RWTH Aachen University Chemical Engineering
  275

  citations

  10

  h-index

  10

  Aachen papers
• ▲ Philipp Morsch

  Forschungszentrum Jülich Chemical Engineering
  149

  citations

  6

  h-index

  14

  Aachen papers
• ▲ Alina Wildenberg

  RWTH Aachen University Chemical Engineering
  121

  citations

  5

  h-index

  8

  Aachen papers
• ▲ Mirko Bardin

  RWTH Aachen University Chemical Engineering
  91

  citations

  1

  h-index

  2

  Aachen papers
• ▲ Matthias Preußker

  RWTH Aachen University Chemical Engineering
  74

  citations

  5

  h-index

  7

  Aachen papers
• ▲ Adrian Nolte

  RWTH Aachen University Chemical Engineering
  43

  citations

  4

  h-index

  8

  Aachen papers
• ▲ Jesus Caravaca-Vilchez

  RWTH Aachen University Chemical Engineering
  39

  citations

  3

  h-index

  10

  Aachen papers
• ▲ Micha Renè Noé

  RWTH Aachen University Chemical Engineering
  21

  citations

  2

  h-index

  4

  Aachen papers
• ▲ Sandra Christine Ludescher

  RWTH Aachen University Engineering
  5

  citations

  1

  h-index

  2

  Aachen papers
• ▲ K. Alexander Heufer

  RWTH Aachen University Physics and Astronomy
  1

  citations

  1

  h-index

  1

  Aachen papers
• ▲ M. R. Noé

  RWTH Aachen University Engineering
  0

  citations

  0

  h-index

  1

  Aachen papers
• ▲ J. Albert Gil

  RWTH Aachen University Engineering
  0

  citations

  0

  h-index

  2

  Aachen papers

20 results

• Capabilities and limitations of existing hypersonic facilities

  2020 Progress in Aerospace Sciences article Engineering Computational Fluid Dynamics and Aerodynamics

  159

  citations
• Unsteady effects in a hypersonic compression ramp flow with laminar separation

  2021 Journal of Fluid Mechanics article Engineering Computational Fluid Dynamics and Aerodynamics

  77

  citations
• Occurrence of global instability in hypersonic compression corner flow

  2021 Journal of Fluid Mechanics article Engineering Computational Fluid Dynamics and Aerodynamics Open access

  74

  citations
• Transition to turbulence in hypersonic flow over a compression ramp due to intrinsic instability

  2022 Journal of Fluid Mechanics article Engineering Fluid Dynamics and Turbulent Flows Open access

  47

  citations
• Stability of hypersonic flow over a curved compression ramp

  2023 Journal of Fluid Mechanics article Engineering Fluid Dynamics and Turbulent Flows Open access

  39

  citations
• Leading-edge bluntness effects on hypersonic three-dimensional flows over a compression ramp

  2021 Journal of Fluid Mechanics article Engineering Computational Fluid Dynamics and Aerodynamics Open access

  30

  citations
• A Comparative Study on the Combustion Chemistry of Two Bio-hybrid Fuels: 1,3-Dioxane and 1,3-Dioxolane

  2022 The Journal of Physical Chemistry A article Chemical Engineering Advanced Combustion Engine Technologies

  27

  citations
• Finding a common ground for RCM experiments. Part B: Benchmark study on ethanol ignition

  2024 Combustion and Flame article Chemical Engineering Advanced Combustion Engine Technologies Open access

  26

  citations
• Key Chemical Kinetic Steps in Reaction Mechanisms for Fuels from Biomass: A Perspective

  2021 Energy & Fuels article Chemical Engineering Advanced Combustion Engine Technologies

  22

  citations
• Rate constants for H-atom abstraction reactions from mono-aromatic hydrocarbons by H, CH3, OH and 3O2: A systematic theoretical investigation

  2022 Combustion and Flame article Chemical Engineering Advanced Combustion Engine Technologies Open access

  21

  citations
• Solving the riddle of the high-temperature chemistry of 1,3-dioxolane

  2022 Proceedings of the Combustion Institute article Chemical Engineering Advanced Combustion Engine Technologies

  19

  citations
• Shock tube study of the pyrolysis kinetics of Di- and trimethoxy methane

  2022 Combustion and Flame article Chemical Engineering Advanced Combustion Engine Technologies

  18

  citations
• Kinetic investigations on the high- and low-temperature chemistry of ethyl acetate

  2022 Combustion and Flame article Chemical Engineering Advanced Combustion Engine Technologies

  15

  citations
• Finding a common ground for RCM experiments. Part A: On the influences of facility effects regarding the reliability of experimental validations

  2024 Combustion and Flame article Chemical Engineering Advanced Combustion Engine Technologies Open access

  14

  citations
• An experimental and kinetic modeling study of the ignition of methane/n-decane blends

  2024 Combustion and Flame article Chemical Engineering Advanced Combustion Engine Technologies

  14

  citations
• A wide-range experimental and kinetic modeling study of the pyrolysis and oxidation of 2-butyne

  2022 Proceedings of the Combustion Institute article Chemical Engineering Advanced Combustion Engine Technologies Open access

  14

  citations
• A wide-range experimental and kinetic modeling study of the pyrolysis and oxidation of 1-butyne

  2022 Proceedings of the Combustion Institute article Chemical Engineering Advanced Combustion Engine Technologies Open access

  13

  citations
• Characterization of reflected shock tunnel air conditions using a simple method

  2022 Physics of Fluids article Engineering Computational Fluid Dynamics and Aerodynamics

  8

  citations
• Laminar Burning Velocities at Engine-Relevant Conditions of Methane, Hydrogen, and Ammonia: A Rapid Compression Machine Study

  2024 Energy & Fuels article Chemical Engineering Advanced Combustion Engine Technologies

  7

  citations
• A focus on the first-stage ignition of n-pentane

  2025 Combustion and Flame article Chemical Engineering Advanced Combustion Engine Technologies

  7

  citations