Titlebook: Energy for Propulsion; A Sustainable Techno Akshai K.‘Runchal,Ashwani K.‘Gupta,Suresh K.‘Aggar Book 2018 Springer Nature Singapore Pte Ltd.

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Interaction of Water Spray with FlameWater, sprayed in the form of tiny droplets, has emerged as a potential fire suppressant. The present chapter presents a brief review of the recent studies on flame water spray interaction. The effects of water spray on both premixed and non-premixed flames are discussed. The significance of droplet

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Direct Numerical Simulation Study of Lean Hydrogen/Air Premixed Combustionannihilation, local extinction characteristics of the flame front. This study seeks to understand how turbulence interaction affects flame surface geometry and propagation of turbulent premixed H./Air flames in a three-dimensional configuration. 3D Direct Numerical Simulation (DNS) study of premixed

Institution

Investigation of the Role of Chemical Kinetics in Controlling Stabilization Mechanism of the Turbuleow containing oxygen as well as combustion products stabilize the lifted turbulent flame by providing an autoignition source. A 2D axisymmetric formulation has been used for the predictions of the flow field, while multidimensional Flamelet Generated Manifold (multi-FGM) approach has been used for t

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Mixing Dynamics in Interacting Vorticespter. Experimentally obtained planar laser induced fluorescence images of acetone vortices mixing in air are thoroughly substantiated with computational modeling and analysis. Same and opposite direction of rotation, generating vortex pairs and couples were found to augment and dissipate species mix

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Numerical Modeling of Aerosol Transport and Dynamicsics (CFD) and Aerosol Dynamic Equation. A predictable parametric aerosol output from reaction chamber is desirable for different contexts. The effect of residence time of the aerosol particles and mixing characteristics of the flow on the aerosol size distribution is analyzed using the ANSWER finite

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