Sentence examples for pipe components from inspiring English sources

This paper outlines a multi-level procedure for assessment of pipe components subjected to thermal fatigue.

Then, the material and mechanical properties of flexible pipe components are introduced.

This paper presents an analysis of thermal fatigue tests of pipe components with 14 mm wall thickness made of 316L austenitic steel or P91 ferritic-martensitic steels.

Identification of critical pipe components susceptible to high levels of damage, and innovative ways to ameliorate the damage, has been an active topic of research for decades.

Heat pipe components – principally the wick, working fluid and wall material – have to be carefully selected for compatibility with one another over the appropriate operating temperature range.

Typical tee and pipe components are subjected to thermal and mechanical loading histories which are variable and divided into two different regimes: low cycle fatigue and high cycle fatigue in steam generator vessel of nuclear power plants.

The failure behavior of pipes and piping components (e.g. straight pipe, pipe bend, T-joint) with and without cracks under different loading conditions has been investigated in numerous experimental and analytical/numerical research projects.

The method herein can be further generalized to the storage of hydrogen energy and pipe component design.

Piping components in the electric power industry should be understood and designed to resist the thermal fatigue cracking.

It also looks at design as addressed in ASME B31.3 Chapter II – Design and Standards as addressed in ASME B31.3 Chapter IV for Piping Components.

Over the past 20 years, concerns have been identified by both regulatory agencies in the nuclear power industry and others in the process and chemicals industries concerning the effect of various stiff clamping arrangements on the expected life of the pipe and its various piping components.