Piping Design Fundamentals
Design pressure and temperature, allowable stress tables, thickness calculation, branch reinforcement, and flange rating.
Process Piping Code Training
Master the most widely used piping code in oil & gas, petrochemical, and process industries. Free, CPD-accredited courses on design, analysis, and compliance.
What is ASME B31.3?
ASME B31.3 is the international standard for the design, fabrication, assembly, inspection, and testing of process piping. Published by the American Society of Mechanical Engineers, it is the governing code for piping in refineries, chemical plants, pharmaceutical facilities, LNG terminals, and cryogenic plants — making it the most widely applied piping code in the world.
A working command of B31.3 is table-stakes for piping, mechanical, and stress engineers on every major EPC project. The code defines allowable stresses, service categories (Normal, Category D, Category M, high-pressure), thickness calculations, flexibility analysis, fabrication and welding requirements, and inspection and testing rules. Every clause has implications for safety, cost, and schedule.
Pair B31.3 fluency with CAESAR II modeling skill, and you hold the combination that every EPC stress group and piping team actively recruits for across India, the Gulf, Europe, North America, and South-East Asia.
What You Will Learn
From first principles to CAESAR II stress reports — every skill a process piping engineer needs.
Design pressure and temperature, allowable stress tables, thickness calculation, branch reinforcement, and flange rating.
ASTM pipe and fitting specifications, material compatibility with process fluids, low-temperature toughness, and PMI requirements.
Hands-on: geometry input, load cases, support selection, stress interrogation, nozzle loads, and code-compliance reporting.
Sustained, expansion, and occasional load cases; SIFs and flexibility factors; WRC 107/297 and API 610/617 nozzle checks.
WPS/PQR review, PWHT, hardness testing, weld examination categories, and severe-cyclic service considerations.
Hydrotest, pneumatic test, leak test; inspection examination categories; weld NDE sampling per fluid service category.
Curriculum
Work through the track linearly or jump into any topic. Every module awards its own CPD-accredited certificate.
Chapter layout, fluid service categories, relation to B31.1 and other ASME B31 codes.
Design pressure, design temperature, Table A-1 allowable stress, and material quality factors.
Straight pipe, elbows, branches, flanges, blanks, reducers — thickness and reinforcement calculations.
Sustained, expansion, and occasional loads; SIFs; flexibility factors; code equations 1a, 1b, 1c.
Geometry nodes, materials, insulation, diameters, boundary conditions, and first analysis run.
Rigid supports, spring hangers, guides, stops, snubbers; iterating to resolve failed stress nodes.
API 610 pumps, API 617 compressors, API 660 exchangers; WRC 107/297 vessel nozzle checks.
Carbon steel, low-temperature, stainless, duplex, nickel alloys; ASTM A106, A312, A335, A333, etc.
Joint types, welding processes, WPS/PQR review, PWHT, and impact testing.
Examination categories, NDE sampling percentages, leak testing, and code stamping.
Wind, seismic, PSV reaction, slug flow, water hammer; harmonic and time-history overview.
Chapter VIII (high-pressure), Category M (severe service), and duplex stainless considerations.
Accreditation
EveryEng ASME B31.3 certificates count toward CPD with these institutions.
FAQ
Yes. All ASME B31.3 modules on EveryEng — design fundamentals, stress analysis, material selection, fabrication, and CAESAR II walkthroughs — are completely free. You can enroll, complete courses, and download CPD-accredited certificates at no cost.
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Join thousands of engineers building process piping expertise with free, CPD-accredited training on EveryEng.