Add to ORKGThesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 1980.MICROFICHE COPY AVAILABLE IN ARCHIVES AND SCIENCE.Includes bibliographical references.by I-Wei Chen.Ph.D
Abstract-Following concepts introduced by B. F. Dyson (Metal Sci. 349 19761, the dilTusive cavitatio...
A simplified model with only 2 degrees of freedom is developed for cavity growth along a grain-bound...
This paper deals with a study of intergranular failure by creep cavitation under stress-controlled c...
AbstractBasic creep cavitation models have been used to predict brittle rupture of austenitic stainl...
The growth of cavities along grain interfaces was analyzed by the combined processes of grain bounda...
AbstractBasic creep cavitation models have been used to predict brittle rupture of austenitic stainl...
AbstractA model capable of representing the evolution rate of various damage mechanisms pertinent to...
An axisymmetric cell model analysis is used to study creep failure by grain boundary cavitation at f...
An axisymmetric cell model analysis is used to study creep failure by grain boundary cavitation at f...
Creep fracture behavior has been studied in Al-Mg and Al-Mg-Mn alloys undergoing solute-drag creep a...
Most creep rupture is caused by the cavitation at the grain boundary. Hence, it is vitally important...
It has been well established that one of the main causes of rupture in high-temperature alloys is in...
It has been well established that one of the main causes of rupture in high-temperature alloys is in...
Creep-induced cavitation is an important failure mechanism in steel components operating at high tem...
Abstract-This paper is concerned with a micromechanical investigation of intergranular creep failure...
Abstract-Following concepts introduced by B. F. Dyson (Metal Sci. 349 19761, the dilTusive cavitatio...
A simplified model with only 2 degrees of freedom is developed for cavity growth along a grain-bound...
This paper deals with a study of intergranular failure by creep cavitation under stress-controlled c...
AbstractBasic creep cavitation models have been used to predict brittle rupture of austenitic stainl...
The growth of cavities along grain interfaces was analyzed by the combined processes of grain bounda...
AbstractBasic creep cavitation models have been used to predict brittle rupture of austenitic stainl...
AbstractA model capable of representing the evolution rate of various damage mechanisms pertinent to...
An axisymmetric cell model analysis is used to study creep failure by grain boundary cavitation at f...
An axisymmetric cell model analysis is used to study creep failure by grain boundary cavitation at f...
Creep fracture behavior has been studied in Al-Mg and Al-Mg-Mn alloys undergoing solute-drag creep a...
Most creep rupture is caused by the cavitation at the grain boundary. Hence, it is vitally important...
It has been well established that one of the main causes of rupture in high-temperature alloys is in...
It has been well established that one of the main causes of rupture in high-temperature alloys is in...
Creep-induced cavitation is an important failure mechanism in steel components operating at high tem...
Abstract-This paper is concerned with a micromechanical investigation of intergranular creep failure...
Abstract-Following concepts introduced by B. F. Dyson (Metal Sci. 349 19761, the dilTusive cavitatio...
A simplified model with only 2 degrees of freedom is developed for cavity growth along a grain-bound...
This paper deals with a study of intergranular failure by creep cavitation under stress-controlled c...