1. |
A Study on Rubber Composites as Sealing Materials for High-pressure Hydrogen Gas Vessels. |
2. |
The Influence of High Pressure Hydrogen Gas on Rubber Composite Materials for O-rings of High Pressure Hydrogen Vessels. |
3. |
Analysis of Factorial Effects on Blister Damage of Rubber O-ring used in High Pressure Hydrogen Gas by L18 Design of Experience. |
4. |
Hydrogen Permeation Properties and Blister Fracture of EPDM for Sealing of Hydrogen Gas in 70MPa Hydrogen Gas. |
5. |
Estimation of Critical Hydrogen Pressure at Crack Initiation of Silica-filled EPDM Composite Exposed to High Pressure Hydrogen. |
6. |
Tensile Properties of Rubbers for O-ring Exposed to High Pressure Hydrogen Gas. |
7. |
Blister Fracture of Rubbers Exposed to High Pressure Hydrogen Gas and the Influence of Fillers on Tensile and Hydrogen Penetration Properties. |
8. |
Blister Fracture of Rubbers Exposed to High Pressure Hydrogen Gas and the Influence of Fillers on Tensile and Hydrogen Penetration Properties. |