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20072019
most citedOn-Shell Description of Unsteady Flames

23 citations · 51 across the 11 of their papers we have counts for

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physics.flu-dyn2012★ 2 cited

Resolvent methods for steady premixed flame shapes governed by the Zhdanov-Trubnikov equation

Gaëtan Borot, Bruno Denet, Guy Joulin

Using pole decompositions as starting points, the one parameter (-1 =< c < 1) nonlocal and nonlinear Zhdanov-Trubnikov (ZT) equation for the steady shapes of premixed gaseous flame…

physics.flu-dyn2011★ 6 cited

Wrinkled flames and geometrical stretch

Bruno Denet, Guy Joulin

Localized wrinkles of thin premixed flames subject to hydrodynamic instability and geometrical stretch of uniform intensity (S) are studied. A stretch-affected nonlinear and nonloc…

physics.flu-dyn2009

Premixed Flame Propagation in Curved Channels

Hazem El-Rabii, Guy Joulin, Kirill A. Kazakov

A theory of flame propagation in curved channels is developed within the framework of the on-shell description of premixed flames. Employing the Green function appropriate to the g…

physics.flu-dyn2009★ 7 cited

Potential-flow models for channelled two-dimensional premixed flames around near-circular obstacles

G. Joulin, B. Denet, H. El-Rabii

The dynamics of two-dimensional thin premixed flames is addressed in the framework of mathematical models where the flow field on either side of the front is piecewise incompressib…

physics.flu-dyn2009★ 1 cited

Stability analysis of confined V-flames. I. Analytical treatment of the high-velocity limit

Hazem El-Rabii, Guy Joulin, Kirill A. Kazakov

The problem of linear stability of confined V-flames with arbitrary gas expansion is addressed. Using the on-shell description of flame dynamics, a general equation governing propa…

physics.flu-dyn2007★ 23 cited

On-Shell Description of Unsteady Flames

Guy Joulin, Hazem El-Rabii, Kirill A. Kazakov

The problem of non-perturbative description of unsteady premixed flames with arbitrary gas expansion is solved in the two-dimensional case. Considering the flame as a surface of di…