I study the influence of plastic deformations on the leakage of metallic seals. The solids are assumed to deform elastically as long as the stress is below the penetration hardness of the material, and yield plastically when the local stress reaches the penetration hardness. The metal surfaces are assumed to exhibit self-affine fractal surface roughness. We use the Persson contact mechanics theory and the Bruggeman effective medium theory to estimate the leak rate of the plastically deformed interface
Interfacial surface roughness can result in fluid leakage of seals, and in the design of seals it is...
The plastic flattening of a sinusoidal metal surface is studied by performing plane strain dislocati...
Metal-to-metal seals are used in connections of casing and tubing in oil and gas wells. This paper d...
This paper investigates the fluidic leak rate through metal sealing surfaces by developing fractal m...
Metal-to-metal seals are critical components as their failure can lead to leakage of hazardous fluid...
AbstractSurfaces in a typical seal exhibit both waviness and roughness. The influence of the interac...
Internal sealing of valves used in nuclear power plants is performed by direct contact between metal...
Seals are extremely useful devices to prevent fluid leakage. However, the exact mechanism of roughne...
We study fluid flow at the interfaces between elastic solids with randomly rough, self-affine surfac...
Internal sealing of valves used in nuclear power plants is performed by direct contact between metal...
The fluid leakage channel found in contact mechanical seals belongs to the microchannel category. Th...
Since the usage of pressurized systems, there has been a challenge to prevent and control leakage of...
Persson's theory allows for a fast and effective estimate of contact area and contact stress distrib...
A seal is a commonly used machine element whose function is to preventthe flow of a fluid from a hig...
Metal-to-metal seals are used in connections of casing in oil and gas wells. This paper describes th...
Interfacial surface roughness can result in fluid leakage of seals, and in the design of seals it is...
The plastic flattening of a sinusoidal metal surface is studied by performing plane strain dislocati...
Metal-to-metal seals are used in connections of casing and tubing in oil and gas wells. This paper d...
This paper investigates the fluidic leak rate through metal sealing surfaces by developing fractal m...
Metal-to-metal seals are critical components as their failure can lead to leakage of hazardous fluid...
AbstractSurfaces in a typical seal exhibit both waviness and roughness. The influence of the interac...
Internal sealing of valves used in nuclear power plants is performed by direct contact between metal...
Seals are extremely useful devices to prevent fluid leakage. However, the exact mechanism of roughne...
We study fluid flow at the interfaces between elastic solids with randomly rough, self-affine surfac...
Internal sealing of valves used in nuclear power plants is performed by direct contact between metal...
The fluid leakage channel found in contact mechanical seals belongs to the microchannel category. Th...
Since the usage of pressurized systems, there has been a challenge to prevent and control leakage of...
Persson's theory allows for a fast and effective estimate of contact area and contact stress distrib...
A seal is a commonly used machine element whose function is to preventthe flow of a fluid from a hig...
Metal-to-metal seals are used in connections of casing in oil and gas wells. This paper describes th...
Interfacial surface roughness can result in fluid leakage of seals, and in the design of seals it is...
The plastic flattening of a sinusoidal metal surface is studied by performing plane strain dislocati...
Metal-to-metal seals are used in connections of casing and tubing in oil and gas wells. This paper d...