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M. Hradisky · SciRah

Researcher profile · Semantic Scholar

M. Hradisky

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M. Hradisky — researcher profile on SciRah

h-index: 6
Works: 25
Citations: 144

Most-cited papers

Extending applicability of correlation equations to predict colloidal retention in porous media at low fluid velocity.
Huilian Ma, M. Hradisky, W. Johnson
2013Environmental Science and Technology44 citations
Semantic Scholar
Underground coal thermal treatment as a potential low-carbon energy source
K. Kelly, Wang Ding, M. Hradisky, G. Silcox +3 more
201633 citations Open access
Semantic Scholar
Application of a Verification, Validation and Uncertainty Quantification Framework to a Turbulent Buoyant Helium Plume
Anchal Jatale, Philip J. Smith, Jeremy N. Thornock, Sean T. Smith +2 more
201513 citations
Semantic Scholar
A Validation/Uncertainty Quantification Analysis for a 1.5 MW Oxy-Coal Fired Furnace: Sensitivity Analysis
Oscar H. Díaz-Ibarra, J. Spinti, Andrew Fry, Benjamin J. Isaac +4 more
20189 citations
Semantic Scholar
A Validation of Flare Combustion Efficiency Predictions From Large Eddy Simulations
Anchal Jatale, Philip J. Smith, Jeremy N. Thornock, Sean T. Smith +1 more
20168 citations
Semantic Scholar
Large eddy simulation of a turbulent buoyant helium plume
Philip J. Smith, M. Hradisky, Jeremy N. Thornock, J. Spinti +1 more
2011SC '11 Companion8 citations
Semantic Scholar
Determinants of Belgian bank lending intrest rates
V. Baugnet, M. Hradisky
20046 citations
Semantic Scholar
Multiscale Validation and Uncertainty Quantification for Problems With Sparse Data
Anchal Jatale, Philip J. Smith, Jeremy N. Thornock, Sean T. Smith +2 more
20174 citations
Semantic Scholar
Underground Coal Thermal Treatment
Philip J. Smith, M. Deo, E. Eddings, A. Sarofim +5 more
20113 citations Open access
Semantic Scholar
Chemical Looping Combustion Reactions and Systems
A. Sarofim, J. Lighty, Philip J. Smith, K. Whitty +8 more
20142 citations Open access
Semantic Scholar
Response to Comment on “Extending Applicability of Correlation Equations to Predict Colloidal Retention in Porous Media at Low Fluid Velocity”
Huilian Ma, M. Hradisky, W. Johnson
20132 citations Open access
Semantic Scholar
Large Eddy Simulation of Strongly Heated Internal Gas Flows
M. Hradisky, T. Hauser, A. H. Richards, R. Spall
20062 citations
Semantic Scholar
Determination of Laser Welding Process Parameters Through a Combined Neural Networks and Computational Fluid Dynamics Approach
T. Hauser, M. Hradisky, Leijun Li
20052 citations
Semantic Scholar
A validation/uncertainty quantification analysis of a 1.5 mw oxy-coal fired furnace
Oscar H. Díaz-Ibarra, J. Spinti, Andrew Fry, Benjamin Schroeder +7 more
20161 citations
Semantic Scholar
Application of a Verification, Validation and Uncertainty Quantification Framework to a Turbulent Buoyant Helium Plume
Anchal Jatale, Philip J. Smith, Jeremy N. Thornock, Sean T. Smith +2 more
2015Flow Turbulence and Combustion1 citations
Semantic Scholar
Clean and Secure Energy from Domestic Oil Shale and Oil Sands Resources
J. Spinti, L. Birgenheier, M. Deo, J. Facelli +7 more
20151 citations Open access
Semantic Scholar
Underground Coal Thermal Treatment: Task 6 Topical Report, Utah Clean Coal Program
Philip J. Smith, M. Deo, E. Edding, M. Hradisky +4 more
20141 citations
Semantic Scholar
Large eddy simulation of industrial flares
Philip J. Smith, Jeremy N. Thornock, Daniel W Hinckley, M. Hradisky
2011SC '11 Companion1 citations
Semantic Scholar
Turbulence modeling of strongly heated internal pipe flow using large eddy simulation
M. Hradisky
20111 citations
Semantic Scholar
Topical Report DEVELOPMENT OF CFD-BASED SIMULATION TOOLS FOR IN SITU THERMAL PROCESSING OF OIL SHALE/SANDS
M. Hradisky
20091 citations
Semantic Scholar
Evaluating LES Subgrid-Scale Models for High Heat Flux Flows
M. Hradisky, T. Hauser
20071 citations
Semantic Scholar
Numerical Simulation of the behavior and mobilization of fine-grained quartz particles in porous media
M. Hradisky, J. Allen, T. Hauser
20071 citations
Semantic Scholar
High performance computing design exploration for a 500 MW oxy-coal fired boiler design
M. Hradisky, N. S. Harding, Derek Harris, Philip J. Smith
20170 citations
Semantic Scholar
A validation/uncertainty quantification analysis for a 1.5 MW oxy-coal fired L1500 furnace using a swirling boundary condition
Oscar H. Díaz-Ibarra, J. Spinti, Andrew Fry, Benjamin J. Isaac +4 more
20160 citations
Semantic Scholar
Share prices, house prices and monetary policy
A. Bruggeman, M. Hradisky, V. Périlleux
20050 citations
Semantic Scholar

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Philip J. Smith×14
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Philip J. Smith — researcher profile on SciRah
Jeremy N. Thornock×9
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Sean T. Smith×7
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