Add to ORKGDuring the past few years, a considerable amount of research has been performed in the field of fracture and crack growth in highly filled polymeric materials [1–6]. Since these materials behave like viscoelastic materials, the fracture behavior near the crack tip can be strongly influenced by loading rate, temperature and constitutive behavior. In order to obtain a better understanding of the fracture behavior near the crack tip, knowledge of the displacement, strain and stress fields near the crack tip is indispensable
This paper investigates the effect of a variation in material properties on the crack tip opening di...
The fracture behavior of a rubber toughened poly(methyl methacrylate) has been studied at several ti...
The crack tip fields in amorphous glassy polymers are distinctly different from that in metals, and ...
During the past few years, a considerable amount of research has been performed in the field of frac...
In recent years, a considerable amount of work has been done in studying crack growth behavior in hi...
The objective of this work is to study the stress and temperature fields ahead of a blunted notch un...
AbstractThe physical nature of a crack tip is not absolutely sharp but blunt with finite curvature. ...
This paper deals with the influence of initial crack-tip shape, plastic compressibility and material...
Vita.Almost all engineering materials exhibit creep and relaxation behavior. The observed magnitude ...
The objectives of this paper are to examine the validity of a two-parameter (J–Q) characterization o...
Mode I, quasi-static, steady-state crack growth is analyzed for rate dependent materials under plane...
The topic of plasticity-induced closure and its role in shielding a crack tip from the full range of...
This paper reports on a finite element analysis of the crack-tip plastic zone and near-tip fields in...
Different viscoelastic theories have been applied to characterize the resistance to crack initiation...
Mode I, quasi-static, steady state crack growth is analyzed for rate dependent materials under plane...
This paper investigates the effect of a variation in material properties on the crack tip opening di...
The fracture behavior of a rubber toughened poly(methyl methacrylate) has been studied at several ti...
The crack tip fields in amorphous glassy polymers are distinctly different from that in metals, and ...
During the past few years, a considerable amount of research has been performed in the field of frac...
In recent years, a considerable amount of work has been done in studying crack growth behavior in hi...
The objective of this work is to study the stress and temperature fields ahead of a blunted notch un...
AbstractThe physical nature of a crack tip is not absolutely sharp but blunt with finite curvature. ...
This paper deals with the influence of initial crack-tip shape, plastic compressibility and material...
Vita.Almost all engineering materials exhibit creep and relaxation behavior. The observed magnitude ...
The objectives of this paper are to examine the validity of a two-parameter (J–Q) characterization o...
Mode I, quasi-static, steady-state crack growth is analyzed for rate dependent materials under plane...
The topic of plasticity-induced closure and its role in shielding a crack tip from the full range of...
This paper reports on a finite element analysis of the crack-tip plastic zone and near-tip fields in...
Different viscoelastic theories have been applied to characterize the resistance to crack initiation...
Mode I, quasi-static, steady state crack growth is analyzed for rate dependent materials under plane...
This paper investigates the effect of a variation in material properties on the crack tip opening di...
The fracture behavior of a rubber toughened poly(methyl methacrylate) has been studied at several ti...
The crack tip fields in amorphous glassy polymers are distinctly different from that in metals, and ...