Static, Thermal and Hormonic Analysis of Butterfly Valve using FEA |
Author(s): |
| T S Vandali , Hirasugar Institute of Technology; S R Kulkarni, Hirasugar Institute of Technology; S A Goudadi, Hirasugar Institute of Technology; Ravi K Chitgopkar, Hirasugar Institute of Technology |
Keywords: |
| Von-Misses stress, Finite Element Analysis, Vibration Displacement, Descretization |
Abstract |
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Design validation of butterfly valve for static pressure loading is performed as per maximum Von-Misses Stress theory. The different component of butterfly valve assembly is Extracted and displacement in X, Y and Z direction and resultant displacement plot is extracted. The dynamic behavior of the butterfly valve is performed by performing modal analysis of the butterfly valve. The first fifteen natural frequencies and mode shapes are extracted for the butterfly valve assembly. Modal analysis is performed out to evaluate different component butterfly valve assembly. The butterfly valve is subjected PSD loading. The maximum stress is compared with the ultimate tensile strength of material for evaluation of design. The thermal analysis is performed on the butterfly valve subjected to thermal gradient. The temperature distribution plot for different component of butterfly valve is extracted. |
Other Details |
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Paper ID: IJSRDV4I50708 Published in: Volume : 4, Issue : 5 Publication Date: 01/08/2016 Page(s): 1581-1585 |
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