7 Modules for Piping Codes & Standards

Compare ASME B31.1 and B31.3 across 12 differences, including application, design life and safety factors, wall thickness calculations, testing, post weld heat treatment, random examinations, and hydro and pneumatic tests.

Explore ASME B36.10 piping standardization of dimensions, detailing pipe sizes, outer diameter, wall thickness, schedule numbers, and welded versus seamless pipe construction.

Explore ASME B16.5 and ASME B16.47 flange standards, the flange basics, types, and gasketed seals in piping systems. Compare Series A and Series B, and note incompatibility and application ranges.

Series A flanges are stronger with larger outer layer, diameter, and thickness; Series B are compact, lighter, and cheaper for maintenance or non-critical piping uses.

Examine the relationship between outer and inner diameters and wall thickness within piping codes, and learn the inputs, standards, and unit systems needed to calculate pipe thickness for carbon steel.

Explore the minimum wall thickness concept for pipes by applying standard schedules, pipe sizes, and design inputs to reliably calculate wall thickness under line conditions.

Explore allowable stress in ASME 31.3, using two thirds of yield, applying tensile strength, yield strength, and factor of safety to carbon steel and stainless steel piping.

Learn how pressure temperature rating defines a material's maximum allowable stress at a given temperature and guides wall thickness and operating pressure using ASME B31.3 and temperature interpolation.

Calculate the minimum wall thickness by selecting the maximum P/S across temperatures and materials. Use design pressure and B/S values for carbon steel to ensure all pressures are withstood.

Calculate the minimum pipe wall thickness from design pressure, temperature, material data, and table-based stresses, then optimize with line conditions and process approvals to reduce weight and cost.

Assess impact testing under ASME B 31.3 by examining exemption criteria, minimum design metal temperature, and stress ratios using tables and clauses to determine when testing can be skipped.

Explore API 600 gate valve design clauses, including scope, wedge types, gate guides, travel, packing, and fugitive emissions.

Explore the API 60 valve design clauses for petroleum and chemical pipelines, featuring larger bore, self-relieving and fire-safe seats, isolation and bleed options, and key differences from API 600.

Discover API 598 valve inspection and testing clauses, covering inspection, examination, and supplementary examinations. Learn pressure test procedures, back-seat and shell tests, and purchase-order driven requirements.

Explore ASTM forging and casting materials for wells, covering carbon steel, high-temperature and low-temperature steels, and stainless grades, with key alloying elements.

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