Add to ORKGThe overall stable crack initiation and propagation behaviour of specimens cut from plastic pipes that were composed of different polyolefin materials were investigated using concepts of elastic–plastic fracture mechanics including the crack propagation kinetics. The effect of specimen shape, orientation, welding, lading rate, composition/microstructure and direction of crack propagation on the crack resistance (R) behaviour of these materials has been thereby assessed
The fracture properties and microdeformation behaviour and their correlation with structure in comme...
The most common failure mode for polyolefin pipes is slow crack growth. A crack is preceded by a cra...
RCsud- Les polykthyEnes (PE) de moyenne B forte densite pour tubes pressurisks sont caractkrisCs par...
AbstractIn this work, model structures coextruded from polyolefin materials with different resistanc...
The aim of this paper is to present methodology for estimation of fracture mechanics parameters in p...
The thesis deals with the study of the fracture behaviour of the pipe grades of high density polyeth...
The aim of this work was to study the effect of the material properties change due to the butt weldi...
Plastic pipeline systems have now become dominant for fuel-gas and water distribution networks. Alth...
Isotactic polybutene-1 (i-PB1) is a polymer used for the manufacturing of pressurized pipes. In thi...
Dynamic fracture mechanism in Polyamide 11 (PA11) material has been described at laboratory scale to...
The effect of thermal treatments on fracture behaviour of commercial pipe-grade high density polyeth...
Since the introduction of polyethylene (PE) pipe for use in natural gas distribution about twenty ye...
The influence of geometry constraint on the resulting values of fracture characteristics of HDPE mat...
Polymer pipe materials being widely used in the industry for transport purposes introduced new areas...
Resistance to slow crack growth is an important material property of polyethylene especially for pip...
The fracture properties and microdeformation behaviour and their correlation with structure in comme...
The most common failure mode for polyolefin pipes is slow crack growth. A crack is preceded by a cra...
RCsud- Les polykthyEnes (PE) de moyenne B forte densite pour tubes pressurisks sont caractkrisCs par...
AbstractIn this work, model structures coextruded from polyolefin materials with different resistanc...
The aim of this paper is to present methodology for estimation of fracture mechanics parameters in p...
The thesis deals with the study of the fracture behaviour of the pipe grades of high density polyeth...
The aim of this work was to study the effect of the material properties change due to the butt weldi...
Plastic pipeline systems have now become dominant for fuel-gas and water distribution networks. Alth...
Isotactic polybutene-1 (i-PB1) is a polymer used for the manufacturing of pressurized pipes. In thi...
Dynamic fracture mechanism in Polyamide 11 (PA11) material has been described at laboratory scale to...
The effect of thermal treatments on fracture behaviour of commercial pipe-grade high density polyeth...
Since the introduction of polyethylene (PE) pipe for use in natural gas distribution about twenty ye...
The influence of geometry constraint on the resulting values of fracture characteristics of HDPE mat...
Polymer pipe materials being widely used in the industry for transport purposes introduced new areas...
Resistance to slow crack growth is an important material property of polyethylene especially for pip...
The fracture properties and microdeformation behaviour and their correlation with structure in comme...
The most common failure mode for polyolefin pipes is slow crack growth. A crack is preceded by a cra...
RCsud- Les polykthyEnes (PE) de moyenne B forte densite pour tubes pressurisks sont caractkrisCs par...