1982•Am. Soc. Mech. Eng., Pressure Vessels Piping Div., (Tech. Rep.) PVP; (United States)Requires access

Nonlinear piping restraints in pipe stress analysis

D.W. Barnes, Christopher Morgan

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Abstract

Modeling and simulation techniques of nonlinear pipe restraints, such as unclamped pipe on a rack and a box beam support with gaps, are presented. Special considerations regarding analyzing the piping system, designing spring hangers, and qualifying to ASME/ANSI code requirements are discussed. Example results from the computer program PIPELINE are included for clarification purposes.

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What this paper is about

Modeling and simulation techniques of nonlinear pipe restraints, such as unclamped pipe on a rack and a box beam support with gaps, are presented. Special considerations regarding analyzing the piping system, designing spring hangers, and qualifying to ASME/ANSI code requirements are discussed. Example results from the computer program PIPELINE are included for clarification purposes.

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Available abstract

Modeling and simulation techniques of nonlinear pipe restraints, such as unclamped pipe on a rack and a box beam support with gaps, are presented. Special considerations regarding analyzing the piping system, designing spring hangers, and qualifying to ASME/ANSI code requirements are discussed. Example results from the computer program PIPELINE are included for clarification purposes.

Key concepts: Piping, Structural engineering, Engineering, Pipeline (software), Rack, Stress (linguistics), Nonlinear system, Forensic engineering

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