R&D for Safety Codes and Standards:Materials and Components Compatibility
Abstract not provided.
Publications
Compatibility of thermoplastics and elastomers in high pressure static and cycling hydrogen for hydrogen infrastructure applications
Abstract not provided.
Dispenser Reliability: Materials R&D
Abstract not provided.
Performance of select thermoplastics and elastomers in high-pressure hydrogen cycling environments
Abstract not provided.
Compatibility of common thermoplastics and elastomers for the hydrogen infrastructure in high pressure hydrogen under cyclic conditions
Abstract not provided.
!POLYMER BEHAVIOR IN HIGH PRESSURE HYDROGEN HELIUM AND ARGON ENVIRONMENTS AS APPLICABLE TO THE HYDROGEN INFRASTRUCTURE
Abstract not provided.
Compatibility of polymers in hydrogen environments: Brief update on 2019 work
Abstract not provided.
Dispenser Reliability R&D: Materials compatibility
Abstract not provided.
R&D for Safety Codes and Standards:Materials and Components Compatibility
Abstract not provided.
Compatibility of Polymeric Materials in Hydrogen Service
Abstract not provided.
Behavior of Polymers in High Pressure Hydrogen Helium and Argon as applicable to the Hydrogen infrastructure
Abstract not provided.
Behavior of Polymers in High Pressure Hydrogen Helium and Argon as applicable to Hydrogen infrastructure
Abstract not provided.
POLYMER BEHAVIOUR IN HIGH PRESSURE HYDROGEN HELIUM AND ARGON ENVIRONMENTS AS APPLICABLE TO THE HYDROGEN INFRASTRUCTURE
Abstract not provided.
Behavior of Polymers in High Pressure Hydrogen Helium and Argon as applicable to the Hydrogen infrastructure
Abstract not provided.
Enhancing safety of hydrogen containment components through materials testing under in-service conditions
International Journal of Hydrogen Energy
The capabilities in the Hydrogen Effects on Materials Laboratory (HEML) at Sandia National Laboratories and the related materials testing activities that support standards development and technology deployment are reviewed. The specialized systems in the HEML allow testing of structural materials under in-service conditions, such as hydrogen gas pressures up to 138 MPa, temperatures from ambient to 203 K, and cyclic mechanical loading. Examples of materials testing under hydrogen gas exposure featured in the HEML include stainless steels for fuel cell vehicle balance of plant components and Cr[sbnd]Mo steels for stationary seamless pressure vessels.
Enhancing Safety of Hydrogen Containment Components Through Materials Testing Under In-Service Conditions
Abstract not provided.
16 Results