The comprehension of the microstructure change and mechanical property degradation are of particular importance for assessing the integrity of aging boiler tubes.This paper describes the investigation of microstructure evolution and mechanical property degradation of SA210 A1 steel used in an actual boiler condition. The investigation deals with visual inspection, chemical composition analysis, micrograph study using Energy Dispersive Spectroscopy-Scanning Electron Microscopy (EDS-SEM), tensile test and hardness test. The result showed that the prolonged operating period in the high temperature condition resulted in the reduction of the mechanical properties of the SA 210 A1 steel tube. The study also indicated the presence of the onset of ...
In order to quantify microstructural degradation at high temperatures, samples of SA 210 / AISI 304 ...
The S304H steel is used in the construction of pressure components of boilers with supercritical ope...
The failure of the boiler tubes occur due to various reasons like creep, fatigue, corrosion and eros...
The comprehension of the microstructure change and mechanical property degradation are of particular...
This paper presents a case study of ASME SA213 type-T22 alloy steel superheater tube that failed in ...
Boiler is a equipment that is used to change water into steam through heat transfer mechanism. The s...
In this contribution microstructure degradation of a steam tube is analysed. The tube is made of CrM...
Thermal microstructural degradation was investigated by isothermal annealing of samples from boiler ...
This paper presents the results of diagnostic examinations conducted on the coils of super-heaters m...
A metallurgical investigation has been carried out to ascertain the cause of premature failure of bo...
AbstractThe failure of critical component in fossil fired power plant which operated in creep range ...
This study aimed at examining the mechanical property, hardness and microstructure of the main steam...
A severely damaged low carbon steel boiler tube was the object of this investigation. Detailed micro...
Microstructural changes in boiler tubes during prolong operation at high temperature and pressure de...
Power plants that are fuelled by fossil fuels form a large part of the global electricity generation...
In order to quantify microstructural degradation at high temperatures, samples of SA 210 / AISI 304 ...
The S304H steel is used in the construction of pressure components of boilers with supercritical ope...
The failure of the boiler tubes occur due to various reasons like creep, fatigue, corrosion and eros...
The comprehension of the microstructure change and mechanical property degradation are of particular...
This paper presents a case study of ASME SA213 type-T22 alloy steel superheater tube that failed in ...
Boiler is a equipment that is used to change water into steam through heat transfer mechanism. The s...
In this contribution microstructure degradation of a steam tube is analysed. The tube is made of CrM...
Thermal microstructural degradation was investigated by isothermal annealing of samples from boiler ...
This paper presents the results of diagnostic examinations conducted on the coils of super-heaters m...
A metallurgical investigation has been carried out to ascertain the cause of premature failure of bo...
AbstractThe failure of critical component in fossil fired power plant which operated in creep range ...
This study aimed at examining the mechanical property, hardness and microstructure of the main steam...
A severely damaged low carbon steel boiler tube was the object of this investigation. Detailed micro...
Microstructural changes in boiler tubes during prolong operation at high temperature and pressure de...
Power plants that are fuelled by fossil fuels form a large part of the global electricity generation...
In order to quantify microstructural degradation at high temperatures, samples of SA 210 / AISI 304 ...
The S304H steel is used in the construction of pressure components of boilers with supercritical ope...
The failure of the boiler tubes occur due to various reasons like creep, fatigue, corrosion and eros...