Tutkijatohtori Srujal Shah

E-mail: Srujal.Shah@lut.fi Mobile phone: +358503231208 ORCID ID: 0000-0003-1795-3230 (Go to ORCID profile)

Current Organisation

Thermodynamics (Superior organisation: Laboratory of Energy Technology)

Research Interest

Multiphase Flow
Computational Fluid Dynamics
Discrete Element Method
Modeling and Simulations

Research Areas

Fluid Flow and Transfer Processes

---

Projects as Co-Investigator

Multiscale experimental and computational descriptions of interactive forces in granular multiphase mixtures In Finnish: Kokeellinen ja laskennallinen moniskaalakuvaus rakeisten monifaasiseosten sisäisistä voimavaikutuksista (01/09/2017 - 31/08/2021) Funder: Academy of Finland

---

Publications

2 of 2

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) A4 Conference proceedings Vepsäläinen Ari, Shah Srujal, Hyppänen Timo Space averaging on a gas-solid drag model for numerical simulations of a CFB riser (2012) A1 Journal article (refereed), original research Shah Srujal, Ritvanen Jouni, Hyppänen Timo, et al. Powder Technology Effects of mesh and time step size on modeling of a CFB riser by a two-fluid model (2009) A4 Conference proceedings Shah Srujal, Myöhänen Kari, Hyppänen Timo Eulerian simulations of gas-solid flow in a circulating fluidized bed riser (2009) Other Shah Srujal Summer School in Heat and Mass Transfer Experimental and Numerical study of Hydrodynamics in a Circulating Fluidized Bed (2009) B3 Unrefereed conference proceedings Kallio Sirpa, Airaksinen Johanna, Gulden Matias, et al. Proceedings of Finnish-Swedish Flame Days Improvement of CFD methods for modeling full scale circulating fluidized bed combustion systems (2009) A4 Conference proceedings Shah Srujal, Klajny Marcin, Myöhänen Kari, et al. Numerical simulations of gas-solid flow in a 2D bubbling fluidized bed (2008) Other Shah Srujal, Hyppänen Timo Summer School in Heat and Mass Transfer 2008 Simulation of boundary layers and heat transfer in the entrance region of pipes (2007) G2 Master’s thesis, polytechnic Master’s thesis Shah Srujal

---

Share link

Last updated on 2020-24-09 at 05:02