Balaji Muralidharan
机构: Combustion Research and Flow Technology, Inc
每年引用次数
引用次数
引用: 164
H-指数: 6
I10-指数 : 4
出版物: 23
Simulation of Ternary Mixing in a Coannular Jet-in-Crossflow
Victor FISCHER , Balaji MURALIDHARAN , Wolfgang POLIFKE
Journal of Fluid Science and Technology 4 ( 2) 379 -390
1
2009
A Multi-Time-Scale Flamelet Progress Variable Approach in OpenNCC for Predicting NOx Applied to Commercial Supersonic Transport Combustor Designs
Andrea C. Zambon , Balaji Muralidharan , Ashvin Hosangadi , Kumud Ajmani
AIAA Propulsion and Energy 2020 Forum
2020
Simulation of Acoustically Induced Fluid-Structural Interactions Using Wall Model LES
Peter A. Cavallo , Balaji Muralidharan , Neeraj Sinha
aiaa/ceas aeroacoustics conference
2019
Extension of the Flamelet Generated Manifold Approach to Account for Heat Losses in Multiphase Combustor Simulations
Balaji Muralidharan , Andrea C. Zambon , Ashvin Hosangadi
AIAA Propulsion and Energy 2019 Forum
3
2019
Application of a progress variable based approach for modeling non-premixed/partially premixed combustion under high-pressure conditions
Balaji Muralidharan , Andrea C. Zambon , Ashvin Hosangadi , William Calhoon
2018 Joint Propulsion Conference
2
2018
A consistent multi-level subgrid scale closure for large eddy simulation of compressible flow using adaptive mesh refinement
Balaji Muralidharan , Suresh Menon
Computers & Fluids 180 159 -175
1
2019
A high-order adaptive Cartesian cut-cell method for simulation of compressible viscous flow over immersed bodies
Balaji Muralidharan , Suresh Menon
Journal of Computational Physics 321 342 -368
24
2016
Simulation of moving boundaries interacting with compressible reacting flows using a second-order adaptive Cartesian cut-cell method
Balaji Muralidharan , Suresh Menon
Journal of Computational Physics 357 230 -262
13
2018
Numerical Studies of Detonation Initiation by Supersonic Projectiles using a High-Order Adaptive Cut-cell Method
Balaji Muralidharan , Suresh Menon
52nd AIAA/SAE/ASEE Joint Propulsion Conference
2
2016
A conservative cutcell method with adaptive mesh refinement for large eddy simulation of compressible flows
Balaji Muralidharan , Suresh Menon
53rd AIAA Aerospace Sciences Meeting
2015
Simulations of Unsteady Shocks and Detonation Interactions with Structures
Balaji Muralidharan , Suresh Menon
49th AIAA/ASME/SAE/ASEE Joint Propulsion Conference
4
2013
Large Eddy Simulation of Turbulent Reacting Jet in Cross Flow with Adaptive Mesh Refinement
Balaji Muralidharan , Suresh Menon
52nd Aerospace Sciences Meeting
3
2014
Large Eddy Simulation of an Optimized Highly-Compact Supersonic Inlet Featuring Internal Compression Spikes
Stephen M. Barr , Balaji Muralidharan , Neeraj Sinha
AIAA Scitech 2020 Forum
2020
Flamelet/Progress Variable Formulation with Pressure Variations for Modeling Rocket Combustion Dynamics
Ashvin Hosangadi , Andrea C Zambon , Balaji Muralidharan , Timothy Weathers
0152 -0152
2024
Method for designing a combustion system with reduced environmentally-harmful emissions
Andrea C Zambon , Balaji Muralidharan , William H Calhoon Jr , Ashvin Hosangadi
1
2023
Application of progress variable based tabulated chemistry approach to investigate spray combustion in gas turbine engines
Balaji Muralidharan , Andrea C Zambon , Ashvin Hosangadi
3636 -3636
1
2021
Hybrid solution-adaptive unstructured cartesian method for large-eddy simulation of detonation in multi-phase turbulent reactive mixtures Tech. rep
Suresh Menon , Tim Gallagher , Balaji Muralidharan
DTIC Document 42
2012
An embedded boundary approach for simulation of reacting flow problems in complex geometries with moving and stationary boundaries
Balaji Muralidharan
PhD thesis, Georgia Institute of Technology
1
2017
An Acoustically Adapted Synthetic Turbulence Generation Framework For Zonal Hybrid RANS/LES of Aerodynamic Flows
Balaji Muralidharan , Stephen M Barr , Jonghoon Bin , Peter A Cavallo
1036 -1036
2023
A Higher-Order Cut-Cell Methodology for Large Eddy Simulation of Compressible Viscous Flow Problems with Embedded Boundaries
Balaji Muralidharan , Suresh Menon
Immersed Boundary Method: Development and Applications 277 -299
2020