This is a comprehensive review of the PED and ASME Section I directed towards ASME stamp holders using ASME Section I as the basis for conformity with the EU Pressure Equipment Directive, 97/23/EC.

Reduce your learning curve and obtain a high level of risk awareness from 5 risk-informed inservice inspection and repair/replacement Code Cases and 7 risk-informed inservice testing Code Cases.

This report address priority hydrogen infrastructure development applications including standardization issues related to storage, transportation, and portable tanks as well as piping and pipelines.

Learn about design guidelines for graphite pressure vessels and how this exceptional corrosion resistance and high thermal conductivity material can help you build the pressure vessel you need.

Get the design margin recommendations you need to know when designing stationary (e.g. storage) and transport composite hydrogen tanks. Vehicle fuel tanks are not covered in this publication.

A comparison of the tech, commercial & usage differences between the Sec VIII & EN13445. It’s intended to provide a view on the differences & factors to consider when choosing the suitable code to use

Results of investigation on Task 5 of DOE/ASME Materials Project. Task 5 is to collect available creep-fatigue data and study creep-fatigue evaluation procedures for Grade 91 steel and Hastelloy XR.

Technical information necessary to expand ASME materials, construction and design codes for application in future Gen IV nuclear reactors that operate at elevated temperatures, mainly Grade 91 Steel.

This report discusses the tensile properties in plates and forgings, including the feasibility of using guaranteed tensile values that exceed the specified minimum tensile strength.

The report studies material models for hardening/softening and creep behavior based on available material data sources. Creep and multi-axial effects are being considered.

This study investigates the impact test exemption curves for low temperature operation of pressure piping, extending the ASME exemption curves to thicknesses representative of piping components.

This report provides a simplified approach for exemption of low chrome alloys from fatigue analysis that are slightly into the creep range.

This document presents a collection of ideal gas and real gas data for 14 chemical species and air, in temperature and pressure ranges typically of interest to the gas turbine performance community.

The assessment of the data needed to extend the ASME Section III coverage of alloy 800H to 900 C (1650 F)

Study of various NDE techniques for composite overwrapped pressure vessels intended for hydrogen infrastructure applications. The main focus of the study is on Model Acoustic Emissions (MAE)techniques

Recommendations for design rules for very short term loads for which creep should not be a design consideration, and rules for loads for which creep is a design consideration.