Wolfgang Polifke

Professor

Ludwig-Maximilians-Universität München

Germany

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Professor Wolfgang Polifke is a faculty member at Technische Universität München in Germany. His research areas encompass thermoacoustic instabilities, combustion response, and the interaction of hydrodynamic shear with flame dynamics. Recent publications include studies on entropy wave generation, model order reduction for stability analysis, and the effects of hydrogen addition in combustion processes.

Wolfgang Polifke

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Articles (17)

Amplification of thermoacoustic flame response to investigate high frequency combustion instabilities with LES

A Jacobian-based framework for the derivation of comprehensive thermoacoustic jump conditions

A new class of Galerkin expansion models for the study of thermoacoustic instabilities

Identification of entropy waves in a partially premixed combustor

An Arbitrary Lagrangian–Eulerian framework for the consistent analysis of entropy wave generation

The role of hydrodynamic shear in the thermoacoustic response of slit flames

Turbulence and heat release rate network structure in hydrogen-enriched combustion

Preserving transfer-behavior in Model Order Reduction for thermoacoustic stability analysis

Effect of hydrogen addition on the consumption speed of lean premixed laminar methane flames exposed to combined strain and heat loss

Categorization of thermoacoustic modes in an ideal resonator with phasor diagrams

Categorization of thermoacoustic modes in an ideal resonator with phasor diagrams

Incompressible versus compressible large eddy simulation for the identification of premixed flame dynamics

Flash-back, blow-off, and symmetry breaking of premixed conical flames

Assessing accuracy, reliability, and efficiency of combustion models for prediction of flame dynamics with large eddy simulation

Large eddy simulation of the dynamics of lean premixed flames using global reaction mechanisms calibrated for CH4–H2 fuel blends

LES-based prediction of technically premixed flame dynamics and comparison with perfectly premixed mode

Linear instability of a premixed slot flame: Flame transfer function and resolvent analysis

Collaborators (4)

Michael Pfitzner

Camilo Silva

Isaac Boxx

Christopher Douglas

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