ASME Pressure Vessel Design

Get a solid foundation in the key international codes that govern pressure vessel design. We’ll cover the structure, intent, and scope of ASME Section VIII Div. 1 & 2, while comparing with other relevant standards like API and EN. Participants will learn how to identify which code applies to a given project and how client specifications tie into compliance requirements.
Key Topics:

• Scope of ASME Section VIII Div. 1 & 2

• Differences between design-by-rule and design-by-analysis

• International code comparison (API, EN, ISO)

• Real-world examples of compliance issues

Dive into the mathematics and principles behind pressure vessel calculations. This module focuses on determining wall thickness, stress levels, and buckling resistance under different loading conditions. Practical exercises will be provided to reinforce learning.
Key Topics:

• Internal pressure calculations for cylindrical & spherical shells

• External pressure & buckling considerations

• Thickness requirements for heads, shells, and closures

• Worked examples with hand calculations and software support

Understand how to design vessel openings and structural supports without compromising integrity. Participants will learn reinforcement methods, nozzle load considerations, and the role of vessel supports in overall stress distribution.
Key Topics:

• Nozzle design and reinforcement pad sizing

• Integration of manholes, flanges, and branch connections

• Design of supports: skirts, legs, lugs, and saddles

• Stress concentration factors and fatigue considerations

Apply theoretical knowledge to practical, real-world examples. Using PV Elite or COMPRESS software, participants will walk through sample projects, validate calculations, and generate compliance-ready reports.
Key Topics:

• Step-by-step design case studies

• Hands-on calculations using PV Elite/COMPRESS

• Design verification and report generation

• Interpreting software outputs for client approval

Move beyond design calculations into the critical aspects of safety, inspection readiness, and compliance. This module connects theory to fabrication, inspection, and regulatory approvals, ensuring participants can apply their skills confidently in practice.
Key Topics:

• Safety factors in vessel design

• Typical fabrication challenges and QA/QC checks

• Preparing for regulatory and third-party inspections

• Documentation and dossier essentials (MTCs, ITPs, WPS/PQR)