Alternative to Reduced Euler Equations in Turbulent Incompressible Flows where Pressure Has Isotropy Assumption: Vorticity Spectrum

Hits: 31
Select Volume / Issue:
Year:
2018
Type of Publication:
Article
Keywords:
Euler Equations, Pdes, Partial Differential Equations, Turbulence, Incompressible, Flow, Pressure, Isotropy, Vortex, Energy, Spectrum, Dissipative, Dispersion and Vorticity
Authors:
Steve Anglin
Journal:
IJISM
Volume:
6
Number:
5
Pages:
144
Month:
September
ISSN:
2347-9051
Abstract:
We look at reduced Euler Equations in turbulent incompressible flows where pressure has isotropy assumption where we find that vorticity is relative to principle axes. We solve and find how vorticity gives an energy spectrum integral. This integral is integrated and gives us the dissipative spectrum from the vorticity in a turbulent flow
Full text: IJISM_764_FINAL.pdf

About Us

Our Journals

IJECCE
International Journal of Electronics Communication and Computer Engineering
ISSN(Online): 2249 - 071X
ISSN (Print) : 2278 – 4209
www.ijecce.org
Submissions open
IJAIR
International Journal of Agriculture Innovations and Research (ISSN(Online) : 2319 – 1473)
www.ijair.org
Submissions open
IJISM
International Journal of Innovation in Science and Mathematics
ISSN : 2347 – 9051
www.ijism.org
Submissions open
IJEIR
International Journal of Engineering Innovations and Research
ISSN(Online) : 2277 – 5668
www.ijeir.org
Submissions are open.

IJAIM
International Journal of Artificial Intelligence and Mechatronics (ISSN(Online) : 2320 – 5121)
www.ijaim.org
Submissions open
IJRAS
International Journal of Research in Agricultural Sciences
www.ijras.org
Submissions open

Indexed By:

 width= width= width= width= width=