DEVELOPMENT OF C-RING GEOMETRY TO EXPLORE FATIGUE CRACK EXTENSION AND VERIFICATION IN HIGH-PRESSURE VESSELS.
Abstract not provided.
Ronevich, Joseph↗
Engineering topics
Ronevich, Joseph
Publications and source records attributed to Ronevich, Joseph.
Fatigue and fracture of pipeline steels in high-pressure hydrogen gas (PVP2022-84757).
Abstract not provided.
San Marchi, Christopher↗
FATIGUE DESIGN SENSITIVITIES OF STATIONARY TYPE 2 HIGH-PRESSURE HYDROGEN VESSELS.
Abstract not provided.
Emery, John↗
Hydrogen-assisted fatigue and fracture of pipeline materials in natural gas infrastructure: trends and implications on structural integrity .
Abstract not provided.
San Marchi, Christopher↗
Implications of Gaseous Hydrogen on Welded Construction of Pipelines (TG discussion).
Abstract not provided.
San Marchi, Christopher↗
An Fe-Ni-Cr-H Interatomic Potential and Hydrogen Effects on Stacking Fault Energies in Austenitic Stainless Steels.
Abstract not provided.
Zhou, Xiaowang↗
Hydrogen compatibility of structural materials in natural gas networks.
Abstract not provided.
San Marchi, Christopher↗
Exploring life extension opportunities of high-pressure hydrogen pressure vessels at refueling stations_Abridged.
Abstract not provided.
Ronevich, Joseph↗
Materials compatibility concerns for hydrogen blended into natural gas (PVP2021-62045).
Abstract not provided.
Ronevich, Joseph↗
Hydrogen-assisted fatigue and fracture of pressure vessels and line pipe steels.
Abstract not provided.
San Marchi, Christopher↗
HYDROGEN COMPATIBILITY OF STRUCTURAL MATERIALS IN NATURAL GAS NETWORKS .
Abstract not provided.
San Marchi, Christopher↗
MATERIALS COMPATIBILITY CONCERNS FOR HYDROGEN BLENDED INTO NATURAL GAS (PVP2021-62045).
Abstract not provided.
Ronevich, Joseph↗