Archive

IJASM Latest News

Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Successfully Published

Volume 8,Issue 4, July - Aug. 2021


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Successfully Published

Volume 8,Issue 4, July - Aug. 2021


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Successfully Published

Volume 8,Issue 4, July - Aug. 2021


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Successfully Published

Volume 8,Issue 4, July - Aug. 2021


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Successfully Published

Volume 8,Issue 4, July - Aug. 2021


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Successfully Published

Volume 8,Issue 4, July - Aug. 2021


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Successfully Published

Volume 8,Issue 4, July - Aug. 2021


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Successfully Published

Volume 8,Issue 4, July - Aug. 2021


Submissions open

"Submissions Open For Volume 8,Issue 5, Sept. - Oct. 2021"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org



Our Journals

  • IJECCE
    IJECCE
  • IJEIR
    IJEIR
  • IJAIR
    IJAIR
  • IJAIM
    IJAIM
  • IJISM
    IJISM
  • IJRAS
    IJRAS
  • IJIRES
    IJIRES
  • IJRIES
    IJRIES
  • IJASM
    IJASM

Analysis of Flow Field in Low Pressure Turbine With or Without Wake

  • YUE Long
As low pressure turbine structure design more and more compact, the upstream wake on downstream cascade of periodic interference effect is more and more obvious, in this paper, based on the existing research, through the arrangement of uniform motion of cylindrical upstream cascade to generate periodic wake, analysis of the flow field of low pressure turbine in the condition with or without wake, and the results show that the upstream wake periodically makes the airflow velocity in the cascade passage present cyclical change, after the flow stability, found that various conditions on the back of the blade suction surface are produced separation bubble, but the size and thickness of the separation bubble in the condition with wake are smaller. Therefore, the upstream wakes have an obvious effect on inhibiting the separation of suction surface boundary layer. The upstream wakes also significantly increased the pressure at the cascade leading edge.
Select Volume / Issue:
Year:
2021
Type of Publication:
Article
Keywords:
Low Pressure Turbine; Boundary Layer Separation; Periodic Wake; Streamline; Static Pressure Coefficient
Journal:
IJASM
Volume:
8
Number:
4
Pages:
69-74
Month:
July
ISSN:
2394-2894
Hits: 142
Don't have an account yet? Register Now!

Sign in to your account