Demonstrates the relation between sliding body displacement, maximum stress on the sealing ring, and setting force across different contact angles between the sealing ring and the sliding body.

Demonstrates the relation between sliding body displacement, maximum stress on the sealing ring, and setting force across different contact angles between the sealing ring and the sliding body.

<p>Demonstrates the relation between sliding body displacement, maximum stress on the sealing ring, and setting force across different contact angles between the sealing ring and the sliding body.</p>

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Detalhes bibliográficos
Autor principal:	Shuang Jing (6009062) (author)
Outros Autores:	Anle Mu (22403544) (author), Zhen Chen (129176) (author), Qingjie Ran (22403547) (author), Deyong Luo (22403550) (author), Tao Xiong (287683) (author)
Publicado em:	2025
Assuntos:	Biochemistry Neuroscience Physiology Evolutionary Biology Environmental Sciences not elsewhere classified soluble ball seats sliding body exceed gas horizontal wells fracturing fluid pressure finite element analysis empirical tests augment diameter production capacity comprehensive evaluation system casing inner wall volumetric fracturing process straightforward construction process pressure sealing due metal sealing rings superior safety performance enhanced sealing performance structural parameters optimization material 2 ). sealing performance structural safety structural optimization material 2 setting process sealing ring sealing functionality sealing efficacy sealing effectiveness material 1 xlink "> traditional al tight oil study focuses safe installation research delineates rapid solubility modified al mechanical properties local failure ga alloy findings reveal crucial tool contact stress
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