OM PARKASH

About OM PARKASH

OM PARKASH, With an exceptional h-index of 8 and a recent h-index of 8 (since 2020), a distinguished researcher at Amity University, specializes in the field of FEA, CFD, multiphase flow, Design of Slurry pipeline system.

His recent articles reflect a diverse array of research interests and contributions to the field:

Parametric investigation of slurry transport: Computational insight into the impact of particle composition and Prandtl numbers

Estimation of energy consumption and transportation characteristics for slurry flow through a horizontal straight pipe using computational fluid dynamics

Numerical investigation of Bi-model slurry transportation through horizontal pipe bend

Slurry flow characteristics through a horizontal pipeline at different Prandtl number

Numerical investigation of slurry pressure drop at different pipe roughness in a straight pipe using CFD

CFD modeling for slurry flow through a horizontal pipe bend at different Prandtl number

CFD modeling of slurry flow erosion wear rate through mitre pipe bend

The Drag model validation of slurry pipeline using CFD

OM PARKASH Information

University

Position

Amity University Haryana

Citations(all)

195

Citations(since 2020)

178

Cited By

71

hIndex(all)

8

hIndex(since 2020)

8

i10Index(all)

8

i10Index(since 2020)

8

Email

University Profile Page

Google Scholar

OM PARKASH Skills & Research Interests

FEA

CFD

multiphase flow

Design of Slurry pipeline system

Top articles of OM PARKASH

Parametric investigation of slurry transport: Computational insight into the impact of particle composition and Prandtl numbers

Physics of Fluids

2024/2/1

Estimation of energy consumption and transportation characteristics for slurry flow through a horizontal straight pipe using computational fluid dynamics

Physics of Fluids

2023/5/1

Numerical investigation of Bi-model slurry transportation through horizontal pipe bend

Powder Technology

2023/3/15

Slurry flow characteristics through a horizontal pipeline at different Prandtl number

Powder Technology

2023/1/1

Numerical investigation of slurry pressure drop at different pipe roughness in a straight pipe using CFD

Arabian Journal for Science and Engineering

2022/12

CFD modeling for slurry flow through a horizontal pipe bend at different Prandtl number

International Journal of Hydrogen Energy

2022/7/1

CFD modeling of slurry flow erosion wear rate through mitre pipe bend

Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science

2022/3

Om Parkash
Om Parkash

H-Index: 5

Arvind Kumar
Arvind Kumar

H-Index: 12

The Drag model validation of slurry pipeline using CFD

Journal of Engineering Research

2022

Om Parkash
Om Parkash

H-Index: 5

Advances in Fluid and Thermal Engineering

2019/3/5

Computational erosion wear model validation of particulate flow through mitre pipe bend

Arabian Journal for Science and Engineering

2021/7/15

CFD modeling of slurry pipeline at different Prandtl numbers

Journal of Thermal Engineering

2021/5/1

Om Parkash
Om Parkash

H-Index: 5

Arvind Kumar
Arvind Kumar

H-Index: 12

Slurry Pressure Drop Through Horizontal Mitre Pipe Bend Using CFD

Advances in Fluid and Thermal Engineering: Select Proceedings of FLAME 2020

2021/5/6

Om Parkash
Om Parkash

H-Index: 5

Arvind Kumar
Arvind Kumar

H-Index: 12

Analytical and comparative investigation of particulate size effect on slurry flow characteristics using computational fluid dynamics

Journal of Thermal Engineering

2021/1/1

Om Parkash
Om Parkash

H-Index: 5

Arvind Kumar
Arvind Kumar

H-Index: 12

Design and analysis of metal-to-metal contact bolted flange joint using FEA tool

2021

Tanuj Joshi
Tanuj Joshi

H-Index: 1

Om Parkash
Om Parkash

H-Index: 5

Analytical and comparative investigations on counter flow heat exchanger using computational fluid dynamics

Journal of Computational and Applied Research in Mechanical Engineering

2020/9/30

Numerical simulation and comparative analysis of pressure drop estimation in horizontal and vertical slurry pipeline

Journal of Mechanical Engineering and Sciences

2020/6/16

Fabrication of Hybrid Bicycle for Minimizing Pollutant Emissions

Journal of Physics: Conference Series

2020/4/1

Flow characterization of multi-phase particulate slurry in thermal power plants using computational fluid dynamics

Journal of Thermal Engineering

2020/1/1

Om Parkash
Om Parkash

H-Index: 5

See List of Professors in OM PARKASH University(Amity University)

Co-Authors

academic-engine