Karim Van Maele
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Importance of Buoyancy and Chemistry Modelling in Steady RANS Simulations of Well-Ventilated Tunnel Fires
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Application of modified two-equation turbulence models to fire related buoyant flows
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Application of a non-linear k-epsilon model in numerical simulations of fire related buoyant flows
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Influence of the turbulence model in numerical simulations of fire in a ventilated horizontal tunnel
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Modelling of Buoyancy in an Original Non-Linear k-e Turbulence Model with Application to Fire Related Flow
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Prediction of heat transfer in axisymmetric and 2D turbulent impinging jets with a non-linear first order k-epsilon model
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Testing of k-e models in inert and reacting turbulent swirling flows
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Study of two-equation turbulence models in swirling flows with non-premixed combustion
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Study of k-epsilon models in turbulent swirling flows with non-premixed combustion
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Comparative study of k-epsilon turbulence models in inert and reacting swirling flows