most citedEffect of grid sensitivity on the performance of wall adapting SGS models for LES of swirling and separating reattaching flows

45 citations · 143 across the 6 of their papers we have counts for

collaborators

6 papers

physics.flu-dyn2021

Acoustic characteristics of supersonic planar impinging jets

Nitish Arya, Ashoke De

The present work aims to study the tonal and broadband noise associated with a supersonic planar jet impinging on a flat plate. Five different cases are considered corresponding to…

physics.flu-dyn202116 cited

Effect of vortex and entropy sources in sound generation for compressible cavity flow

Nitish Arya, Ashoke De

The present study reports the effect of different source terms on the near and far-field acoustic characteristics of compressible flow over a rectangular cavity using hybrid comput…

physics.flu-dyn202132 cited

Characterization of turbulent supersonic flow over a backward facing step through POD

R. K. Soni, N. Arya, Ashoke De

The present work reports on the flow physics of turbulent supersonic flow over backward facing step (BFS) at Mach 2 using LES methodology where the dynamic Smagorinsky model is use…

physics.flu-dyn202145 cited

Effect of grid sensitivity on the performance of wall adapting SGS models for LES of swirling and separating reattaching flows

Nitish Arya, Ashoke De

The present study assesses the performance of the Wall Adapting SGS models along with the Dynamic Smagorinsky model for flows involving separation, reattachment and swirl. Due to t…

physics.flu-dyn202130 cited

Investigation of Flow Characteristics inside a Dual Bell Nozzle with and without Film Cooling

Mayank Verma, Nitish Arya, Ashoke De

In this study, we perform a two-dimensional axisymmetric simulation to assess the flow characteristics and understand the film cooling process in a dual bell nozzle. The secondary…

physics.flu-dyn202120 cited

Modal Decomposition of Turbulent Supersonic Cavity

Rahul Kumar Soni, Nitish Arya, Ashoke De

Self-sustained oscillation in Mach 3 supersonic cavity with a length-to-depth ratio of 3 is investigated using wall modeled Large Eddy Simulation (LES) methodology for ReD = 3.39*1…