Search Results - "Koudella, C"
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Modelling DNA Loops Using Continuum and Statistical Mechanics
Published in Philosophical transactions of the Royal Society of London. Series A: Mathematical, physical, and engineering sciences (15-07-2004)“…The classical Kirchhoff elastic-rod model applied to DNA is extended to account for sequence-dependent intrinsic twist and curvature, anisotropic bending…”
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Journal Article -
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Intermittency of vertical density gradients at finescale and link with mixing processes
Published in Deep-sea research. Part 2. Topical studies in oceanography (01-12-2004)“…Nonlinear interactions among internal gravity waves lead to intermittent breaking events with density overturning and vertical turbulent mixing. We analyze the…”
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Journal Article Conference Proceeding -
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Finite-mode spectral model of homogeneous and isotropic Navier-stokes turbulence: a rapidly depleted energy cascade
Published in Physical review letters (30-04-2001)“…An eddy-viscous term is added to Navier-Stokes dynamics at wave numbers k greater than the inflection point kc of the energy flux F(log(k)). The eddy viscosity…”
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4
Particle dispersion and mixing induced by breaking internal gravity waves
Published in Dynamics of atmospheres and oceans (2001)“…The purpose of this paper is to analyze diapycnal mixing induced by the breaking of an internal gravity wave — the primary wave — either standing or…”
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Journal Article -
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Modelling DNA loops using continuum and statistical mechanics One contribution of 16 to a Theme ‘The mechanics of DNA’
Published in Philosophical transactions of the Royal Society of London. Series A: Mathematical, physical, and engineering sciences (15-07-2004)“…The classical Kirchhoff elastic–rod model applied to DNA is extended to account for sequence–dependent intrinsic twist and curvature, anisotropic bending…”
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Journal Article -
6
Reaction front propagation in a turbulent flow
Published in Physical review. E, Statistical, nonlinear, and soft matter physics (01-08-2004)“…The propagation of reaction fronts in a turbulent fluid flow is studied by direct numerical simulations in two space dimensions. The velocity field is obtained…”
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