Erik Woodward Knudsen

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Large eddy simulations (LES) have been successfully applied to premixed turbulent flames in the flamelet regime. However, comparatively little effort to date has focussed on modelling of premixed flames for LES in regimes of combustion in which the small turbulence scales can penetrate the flame, the most important of which is the so-called thin-reaction(More)
At ACISP 2004, Giraud and Knudsen presented the first fault analysis of DSA, ECDSA, XTR-DSA, Schnorr and ElGamal signatures schemes that considered faults affecting one byte. They showed that 2304 faulty signatures would be expected to reduce the number of possible keys to 2 40 , allowing a 160-bit private key to be recovered. In this paper we show that(More)
Combustion models often appear in forms that are customized for specific applications. This process of custo-mization produces modeling approaches that tend to be very different from one another in terms of cost, accuracy, and applicability. For example, many combustion models have been developed to describe either the asymptotic premixed or the asymptotic(More)
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