Add to ORKGThis paper demonstrates a modification of the creep-damage equations, proposed by Murakami, Kawai and Rang (MKR). The goals of analysis are: verification of the MKR creep-damage equations and checking the validity of the Reissner theory in the case of a very thick structure of copper under creep-damage conditions
In the pressure vessel and piping and power industries, creep deformation has continued to be an imp...
In the pressure vessel and piping and power industries, creep deformation has continued to be an imp...
In the pressure vessel and piping and power industries, creep deformation has continued to be an imp...
When an anisotropic material is subject to creep conditions and a complex state of stress, an anisot...
When an anisotropic material is subject to creep conditions and a complex state of stress, an anisot...
Despite the advent of single crystal turbine blades, the aerospace and industrial gas turbine indust...
Anisotropic creep-damage modeling has become an increasingly important prediction technique in both ...
Based on the experimental results of copper at 2500C by Murakami and Sanomura (1985), the isotropic ...
Anisotropic tertiary creep damage formulations have become an increasingly important prediction tech...
A method is described to calculate creep and damage in structural elements under cyclic loading. Mat...
The 3D theory of creep deformation and creep damage growth in a cylindrical body of revolution is co...
Multidimensional stress-strain and damage analyses of engineering structural components with the hel...
Issued as Progress reports [nos. 1-7], Semiannual progress report, and Final report, Project no. E-2...
Drives to improve gas turbines efficiency have lead to an increase in firing temperatures. This incr...
Directionally solidified (DS) Ni-base superalloys are commonly used as gas turbine materials to prim...
In the pressure vessel and piping and power industries, creep deformation has continued to be an imp...
In the pressure vessel and piping and power industries, creep deformation has continued to be an imp...
In the pressure vessel and piping and power industries, creep deformation has continued to be an imp...
When an anisotropic material is subject to creep conditions and a complex state of stress, an anisot...
When an anisotropic material is subject to creep conditions and a complex state of stress, an anisot...
Despite the advent of single crystal turbine blades, the aerospace and industrial gas turbine indust...
Anisotropic creep-damage modeling has become an increasingly important prediction technique in both ...
Based on the experimental results of copper at 2500C by Murakami and Sanomura (1985), the isotropic ...
Anisotropic tertiary creep damage formulations have become an increasingly important prediction tech...
A method is described to calculate creep and damage in structural elements under cyclic loading. Mat...
The 3D theory of creep deformation and creep damage growth in a cylindrical body of revolution is co...
Multidimensional stress-strain and damage analyses of engineering structural components with the hel...
Issued as Progress reports [nos. 1-7], Semiannual progress report, and Final report, Project no. E-2...
Drives to improve gas turbines efficiency have lead to an increase in firing temperatures. This incr...
Directionally solidified (DS) Ni-base superalloys are commonly used as gas turbine materials to prim...
In the pressure vessel and piping and power industries, creep deformation has continued to be an imp...
In the pressure vessel and piping and power industries, creep deformation has continued to be an imp...
In the pressure vessel and piping and power industries, creep deformation has continued to be an imp...