DESIGN MODIFICATION IN TRIPLE OFFSET BUTTERFLY VALVE TO RESTRICT LEAKAGE OF BI-DIRECTIONAL FLOW

Authors

  • HAFSA A KAZI P.G. Student - M.E. Machine Design (09) [Gujarat Technologial University - GTU]
  • Prof. HARDIK BHATT Assistant Professor (M.Tech-MACHINE DESIGN) [Sal Collage Of Engineering, Sci.City ,Ahmedabad , INDIA]
  • Prof. BHAVIK PADHYAR Assistant Professor (M.Tech-MACHINE DESIGN) [Sal Collage Of Engineering, Sci.City ,Ahmedabad , INDIA]

Keywords:

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Abstract

he Challenge often uncounted at the design phase of a typical butterfly valve is how to operate the unit with minimal
from the actuator, enabling effective fluid sealing this can be minimized by the triple offset concept.
The District feature of the triple offset concept is the unique manner in which achieves fluid sealing at the disc
element and its seat within the valve housing. The arrangement offers excellent sealing with minimal friction at the
interfaces during engagement and disengagement.
As the result the disc is suspended relative to its seat interface via three separates offers relative to the valve axis. The
valve is used for purpose control valve (its gate, ball, and disc).
The back flow effect appears due to unidirectional flow at fluid due to affected at leakage .so triple offset valve design
will helps to save this problem. The analysis on various parameters will be done to check physibillity.

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Published

2018-04-25

How to Cite

HAFSA A KAZI, Prof. HARDIK BHATT, & Prof. BHAVIK PADHYAR. (2018). DESIGN MODIFICATION IN TRIPLE OFFSET BUTTERFLY VALVE TO RESTRICT LEAKAGE OF BI-DIRECTIONAL FLOW. International Journal of Advance Research in Engineering, Science & Technology, 5(4), 471–478. Retrieved from https://ijarest.org/index.php/ijarest/article/view/1491

Issue

Vol. 5 No. 4 (2018): Volume: 05, Issue: 04 - April, 2018.

Section

Articles