AbstractCast iron pipelines are still utilized for water and gas transportation. Recently several dangerous events occurred. Thus the study of both endogenous and exogenous critical issues on cast-iron pipelines is again of interest.Those critical issues have been analyzed, also considering some actual cases. Experimental results, obtained from tests performed on lamellar cast iron coming from pipes broken in works, have been reported. Particularly toughness, crack growth rate and UTS have been determined by considering also the defectiveness and corrosion conditions of the studied material. A system for cast iron pipelines monitoring is proposed
Continuous critical loading of pressure equipments can affect the structural stability of these plan...
Grey cast iron water pipe networks have been installed around the world, often 100–180 years ago. Co...
Corrosion damage is reported to be one of the leading causes of steel pipeline failure causing signi...
Cast iron pipelines are still utilized for water and gas transportation. Recently several dangerous ...
AbstractCast iron pipelines are still utilized for water and gas transportation. Recently several da...
AbstractWith the development of the natural gas industry, gas transmission pipelines have been devel...
The decay of the mechanical properties of structural components operating in an aggressive environme...
Large diameter steel pipelines for gas transportation may experience extreme overloads due to extern...
AbstractLarge diameter steel pipelines for gas transportation may experience extreme overloads due t...
This paper presents an analysis of Stress Corrosion Cracking (SCC) based on the Theory of Critical D...
Cast iron was used in the water industry prior to 1970 and a large number of cast iron pipes still r...
Every day, water networks across the developed world are relied on by billions of people to provide ...
Longitudinal fracture is one predominant observed failure mode in large diameter cast iron pipes ins...
Cast iron was one of the most dominated materials for municipal water mains in the last century. Ca...
The in-service strength degradation, as a result of corrosion, of cast iron water distribution pipes...
Continuous critical loading of pressure equipments can affect the structural stability of these plan...
Grey cast iron water pipe networks have been installed around the world, often 100–180 years ago. Co...
Corrosion damage is reported to be one of the leading causes of steel pipeline failure causing signi...
Cast iron pipelines are still utilized for water and gas transportation. Recently several dangerous ...
AbstractCast iron pipelines are still utilized for water and gas transportation. Recently several da...
AbstractWith the development of the natural gas industry, gas transmission pipelines have been devel...
The decay of the mechanical properties of structural components operating in an aggressive environme...
Large diameter steel pipelines for gas transportation may experience extreme overloads due to extern...
AbstractLarge diameter steel pipelines for gas transportation may experience extreme overloads due t...
This paper presents an analysis of Stress Corrosion Cracking (SCC) based on the Theory of Critical D...
Cast iron was used in the water industry prior to 1970 and a large number of cast iron pipes still r...
Every day, water networks across the developed world are relied on by billions of people to provide ...
Longitudinal fracture is one predominant observed failure mode in large diameter cast iron pipes ins...
Cast iron was one of the most dominated materials for municipal water mains in the last century. Ca...
The in-service strength degradation, as a result of corrosion, of cast iron water distribution pipes...
Continuous critical loading of pressure equipments can affect the structural stability of these plan...
Grey cast iron water pipe networks have been installed around the world, often 100–180 years ago. Co...
Corrosion damage is reported to be one of the leading causes of steel pipeline failure causing signi...