Add to ORKGThe paper presents a thermomechanical computational solid mechanics analysis (CSM) of a pipe "double omega", used in the steam superheaters in circulating fluidized bed (CFB) boilers. The complex crosssection shape of the "double omega" tubes requires more precise analysis in order to prevent from failure as a result of the excessive temperature and thermal stresses. The results have been obtained using the finite volume method for transient state of superheater. The calculation was carried out for the section of pipe made of low-alloy steel
Industrial boiler damage is a common phenomenon encountered in boiler operation which usually lasts ...
The paper presents an application of the finite elements method for stress and strain analysis of th...
The MECTUB code was developed to evaluate the risk of swelling and bursting of Steam Generator (SG) ...
The paper presents a thermomechanical computational solid mechanics analysis (CSM) of a pipe "double...
The aim of this study is to investigate the boiler tube failure mechanism using finite element analy...
Nowadays, industry requirements referring to the optimization, not only demand better efficiency ord...
In recent years, the Linear Matching Method (LMM) has been well developed for the integrity assessme...
The elastic, inelastic deformation and stress distribution pattern of a seventeen years service expo...
A numerical method for modeling actual steam superheaters is presented. The finite volume method was...
In steam boiler industrial sector, pressure and temperature of the water tube are the two main facto...
Exploitation experience of hot water boiler plants indicates relatively frequent and permanent br...
Failures of boiler pressure parts, which working in high temperature and pressure conditions are oft...
Finite element models were developed for thermal-mechanical analysis of black liquor recovery boiler...
The aim of the paper is Computational Fluid Dynamics (CFD) analysis of Wall Heat Transfer Coefficien...
In this paper a mathematical model enabling the analysis of the heat-flow phenomena occurring in the...
Industrial boiler damage is a common phenomenon encountered in boiler operation which usually lasts ...
The paper presents an application of the finite elements method for stress and strain analysis of th...
The MECTUB code was developed to evaluate the risk of swelling and bursting of Steam Generator (SG) ...
The paper presents a thermomechanical computational solid mechanics analysis (CSM) of a pipe "double...
The aim of this study is to investigate the boiler tube failure mechanism using finite element analy...
Nowadays, industry requirements referring to the optimization, not only demand better efficiency ord...
In recent years, the Linear Matching Method (LMM) has been well developed for the integrity assessme...
The elastic, inelastic deformation and stress distribution pattern of a seventeen years service expo...
A numerical method for modeling actual steam superheaters is presented. The finite volume method was...
In steam boiler industrial sector, pressure and temperature of the water tube are the two main facto...
Exploitation experience of hot water boiler plants indicates relatively frequent and permanent br...
Failures of boiler pressure parts, which working in high temperature and pressure conditions are oft...
Finite element models were developed for thermal-mechanical analysis of black liquor recovery boiler...
The aim of the paper is Computational Fluid Dynamics (CFD) analysis of Wall Heat Transfer Coefficien...
In this paper a mathematical model enabling the analysis of the heat-flow phenomena occurring in the...
Industrial boiler damage is a common phenomenon encountered in boiler operation which usually lasts ...
The paper presents an application of the finite elements method for stress and strain analysis of th...
The MECTUB code was developed to evaluate the risk of swelling and bursting of Steam Generator (SG) ...