Link to Google Scholar and ResearchGate profiles.

**Bold** denotes lab members.

**Under review**

- Bornhoft, B;
**Jain, S, S**; Bose, S; Moin, P, ‘On the use of artificial ice shapes for LES in aircraft icing’, Under review - Bornhoft, B;
**Jain, S, S**; Moin, P, ‘A velocity transformation for rough-wall-bounded turbulent flows’, Under review **Jain, S, S**; Liao, Y, ‘Flow-induced breakup of drops and bubbles’,*Under review*

**Published**

**2024**

- Maurel-Oujia, T;
**Jain, S, S**; Matsuda, K; Schneider, K; West, J; Maeda, K, ‘Neural network models for preferential concentration of particles in two-dimensional turbulence’*Theoretical and Computational Fluid Dynamics*, 2024 (**DOI**) **Jain, S, S**, ‘A model for transport of interface-confined scalars and insoluble surfactants in two-phase flows’,*Journal of Computational Physics*,**515**, 113277, 2024 (**DOI**)- Hwang, H;
**Jain, S, S**, ‘A robust phase-field method for two-phase flows on unstructured grids’,*Journal of Computational Physics*,**507**, 112972, 2024**DOI**) **Jain, S, S**; Agrawal, R; Moin, P, ‘Stable, entropy-consistent, and a localized artificial-diffusivity method for capturing discontinuities’,*Physical Review Fluids*,**9**, 024609, 2024 (**DOI**)- Bornhoft, B;
**Jain, S, S**; Goc, K; Bose, S, T; Moin, P, ‘Large-eddy simulations of the NACA23012 airfoil with laser-scanned ice shapes’,*Aerospace Science and Technology*,**146**, 108957, 2024. (**DOI**) - West, J; Maurel-Oujia, T; Matsuda, K; Schneider, K;
**Jain, S, S**; Maeda, K, ‘Clustering, rotation, and swirl of inertial particles in turbulent channel flow’,*International Journal of Multiphase Flows*,**174**, 104764, 2024. (**DOI**)

**2023**

- Keane, N; Apte, S;
**Jain, S, S**; Khanwale, M, ‘Effect of interpolation kernels and grid refinement on two wayâ€“coupled point-particle simulations’,*International Journal of Multiphase Flow*, 166, 104517, 2023. (**DOI**) **Jain, S, S**; Adler, M; West, J; Mani, A; Moin, P; Lele, S, ‘Assessment of diffuse-interface methods for compressible multiphase fluid flows and elastic-plastic deformation in solids’,*Journal of Computational Physics*, 475, 111866, 2023. (**DOI**)**Jain, S, S**; Mani, A, ‘A computational model for transport of immiscible scalars in two-phase flows’,*Journal of Computational Physics*, 476, 111843, 2023. (**DOI**)- Chan, W, H, R;
**Jain, S, S**; Hwang, H; Naveh, A; Abarzhi, S, I, ‘Theory and simulations of linear and nonlinear two-dimensional Rayleigh-Taylor dynamics with variable acceleration’,*Physics of Fluids*, 2023. (**DOI**)

**2022**

**Jain, S, S**, ‘Accurate conservative phase-field method for simulation of two-phase flows’,*Journal of Computational Physics*, 469, 111529, 2022. (**DOI**)**Jain, S, S**; Moin, P, ‘A kinetic energy–and entropy-preserving scheme for compressible two-phase flows’,*Journal of Computational Physics*, 464, 111307, 2022. (**DOI**)- Mirjalili, S;
**Jain, S, S**; Mani, A, ‘A computational model for interfacial heat and mass transfer in two-phase flows using a phase field method’,*International Journal of Heat and Mass Transfer*, 197, 123326, 2022. (**DOI**)

**2021**

- Hwang, H; Chan, W, H, R;
**Jain, S, S**; Abarzhi, S, I, ‘Scale-dependent Rayleigh-Taylor dynamics with variable acceleration in a finite-sized domain for three-dimensional flows’,*Physics of Fluids*, 33, 092108, 2021. (**DOI**)

**2020**

**Jain, S, S**; Mani, A; Moin, P, ‘A conservative diffuse-interface method for compressible two-phase flows’,*Journal of Computational Physics*, 418, 109606, 2020. (**DOI**)

##### 2019

**Jain, S, S**; Tyagi, N; Prakash, R, S; Ravikrishna, R, V; Tomar, G, ‘Secondary breakup of drops at moderate Weber numbers: Effect of density ratio and Reynolds number’,*International Journal of Multiphase Flow*, 117, pp. 25-41, 2019. (**DOI**)**Jain, S, S**; Kamrin, K; Mani, A, ‘A conservative and non-dissipative Eulerian formulation for the simulation of soft solids in fluids’,*Journal of Computational Physics*, 117, pp. 25-41, 2019. (**DOI**)- Rosti, M, E; Ge, Z;
**Jain, S, S**; Dodd, M, S; Brandt, L, ‘Droplets in homogeneous shear turbulence’,*Journal of Fluid Mechanics*, 876, pp. 962-984, 2019. (**DOI**) - Prakash, R, S*;
**Jain, S, S***; Ravikrishna, R, V; Raghunandhan, B, N; Tomar, G, ‘Detailed numerical simulations of atomization of a liquid jet in swirling-gas crossflow’,*Atomization and Sprays*, 29, pp. 1-27, 2019. (**DOI**) - Chan, R; Mirjalili, S;
**Jain, S, S**; Urzay, J; Mani, A; Moin, P, ‘Birth of microbubbles in turbulent breaking waves’,*Physical Review Fluids*, 4, 100508, 2019. (**DOI**)