Collisional forces and flow characteristics of a stream of falling particles in interaction with a large stationary sphere | 2023 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Mosquera Gomez Ana, Nikku Markku, Shah Srujal, Gradov Dmitry Vladimirovich, Jalali Payman Energia – kohti hiilineutraalia maailmaa Konetekniikka Fysiikka ja astronomia (muut) Kemian tekniikka LUT School of Engineering Sciences LUT School of Energy Systems
Direct numerical simulations for assessment of gas-solid drag models in two-dimensional random arrays of particles | 2023 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Zaynetdinov Konstantin, Shah Srujal, Kiani-Oshtorjani Mehran, Payman Jalali Muu painopiste Energia – kohti hiilineutraalia maailmaa Analyysi LUT School of Energy Systems
Towards application of uncertainty quantification procedure combined with experimental procedure for assessment of the accuracy of the DEM approach dedicated for granular flow modeling | 2022 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Widuch Agata, Nowak Marcin, Sukiennik Dawid, Myöhänen Kari, Nikku Markku, Shah Srujal, Parente Alessandro, Adamczyk Wojciech Energia – kohti hiilineutraalia maailmaa LUT School of Energy Systems
Deviation of continuum formulation for solid-solid momentum transfer rate in terms of spatial averaging in mixtures with large particle size ratios | 2020 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Shah Srujal, Jalali Payman
Failure of confined granular media due to pullout of an intruder: from force networks to a system wide response | 2020 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Shah Srujal, Cheng Chao, Jalali Payman, Kondic Lou
CFD modeling of gas-solids flow in a large scale circulating fluidized bed furnace | 2015 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Shah Srujal, Myöhänen Kari, Kallio Sirpa, Ritvanen Jouni, Hyppänen Timo
CFD simulations of gas-solid flow in an industrial-scale circulating fluidized bed furnace using subgrid-scale drag models | 2015 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Shah Srujal, Myöhänen Kari, Kallio Sirpa, Hyppänen Timo
Interphase mass transfer coefficient in fluidized bed combustion by Eulerian CFD modeling | 2014 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Vepsäläinen Ari, Shah Srujal, Ritvanen Jouni, Hyppänen Timo Energia- ja voimatekniikka LUT School of Energy Systems
Bed Sherwood Number and Chemical Kinetic Coefficient in a Fuel Reactor of Chemical Looping Combustion by Eulerian CFD Modeling | 2013 Tyyppi A4 Conference proceedings Tekijä(t) Vepsäläinen Ari, Shah Srujal, Peltola Petteri, Hyppänen Timo Energia LUT School of Energy Systems
Bed Sherwood number in fluidized bed combustion by Eulerian CFD modeling | 2013 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Vepsäläinen Ari, Shah Srujal, Ritvanen Jouni, Hyppänen Timo Energia LUT School of Energy Systems
Numerical Modeling of Gas-Solids Flow in Large Scale Circulating Fluidized Bed Using Subgrid-scale Model | 2013 Tyyppi A4 Conference proceedings Tekijä(t) Shah Srujal, Myöhänen Kari, Klajny Marcin, Hyppänen Timo Energia LUT School of Energy Systems
Wall effects on space averaged two-fluid model equations for simulations of gas-solid flows in risers | 2013 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Shah Srujal, Ritvanen Jouni, Hyppänen Timo, Kallio Sirpa Energia Kemian tekniikka LUT School of Energy Systems
Analysis and validation of space averaged drag model for numerical simulations of gas-solid flows in fluidized beds | 2012 Tyyppi G4 Doctoral dissertation (monograph) Tekijä(t) Shah, Srujal
Heterogeneous mass transfer characteristics in char combustion at fluidized bed reactor with laboratory to pilot size fluidization scaling approach – Eulerian multiphase CFD model study | 2012 Tyyppi A4 Conference proceedings Tekijä(t) Vepsäläinen Ari, Shah Srujal, Hyppänen Timo Energia LUT School of Energy Systems
Space averaging on a gas-solid drag model for numerical simulations of a CFB riser | 2012 Tyyppi A1 Journal article (refereed), original research Tekijä(t) Shah Srujal, Ritvanen Jouni, Hyppänen Timo, Kallio Sirpa Nestemäisten aineiden virtaus ja siirto Energia (muut) LUT School of Energy Systems
Effects of mesh and time step size on modeling of a CFB riser by a two-fluid model | 2009 Tyyppi A4 Conference proceedings Tekijä(t) Shah Srujal, Myöhänen Kari, Hyppänen Timo Nestemäisten aineiden virtaus ja siirto Energia (muut) LUT School of Energy Systems
Eulerian simulations of gas-solid flow in a circulating fluidized bed riser | 2009 Tyyppi Other Tekijä(t) Shah Srujal
Experimental and Numerical study of Hydrodynamics in a Circulating Fluidized Bed | 2009 Tyyppi B3 Unrefereed conference proceedings Tekijä(t) Kallio Sirpa, Airaksinen Johanna, Gulden Matias, Hermanson Alf, Peltola Juho, Ritvanen Jouni, Seppälä Maiju, Shah Srujal, Taivassalo Veikko
Improvement of CFD methods for modeling full scale circulating fluidized bed combustion systems | 2009 Tyyppi A4 Conference proceedings Tekijä(t) Shah Srujal, Klajny Marcin, Myöhänen Kari, Hyppänen Timo Energia LUT School of Energy Systems
Numerical simulations of gas-solid flow in a 2D bubbling fluidized bed | 2008 Tyyppi Other Tekijä(t) Shah Srujal, Hyppänen Timo
Simulation of boundary layers and heat transfer in the entrance region of pipes | 2007 Tyyppi G2 Master’s thesis, polytechnic Master’s thesis Tekijä(t) Shah Srujal