Thermal stratification of hot and cold water in piping system dead legs has been investigated. The work has been done in co-operation between the thermal hydraulic experiments and code validation (TOKE) and the structural integrity (STIN) projects of the FINNUS research programme. The heat transport in the stratification region was studied with temperature measurements, and the response of the structures to the heat loads was investigated with strain gauges. Heat loads on the inner walls of the pipes were calculated with computational fluid dynamics (CFD) and transferred to structural analysis for the determination of stresses and strains. The calculations were validated by comparing the results with the experiments
Graduation date: 1998The phenomena of interest in this work is the thermal stratification which occu...
The aim of this work is to investigate possible thermal stratification phenomena inside the CIRCE-TH...
Thermal stratification has continuously caused several piping failures in nuclear power plants since...
Thermal stratification of hot and cold water in piping system dead legs has been investigated. The w...
Thermal stratification of hot and cold water may cause damages in pipes of power plants. The main ai...
Thermal stratification and striping are observed in many piping systems including those of nuclear p...
AbstractThermal stratification is a phenomenon where a hot layer of fluid flows over a cold layer of...
Thermal stratification, which has been linked to the occurrence of pressurized thermal shock (PTS), ...
AbstractThermal stratification can cause thermal fatigue of the piping system of a nuclear power pla...
A dead leg is an inactive part of a process pipe, and it has been the cause of serious incidents due...
In the nuclear power plants, there are many branch pipes with closed-end which are attached vertical...
The scope of the presented thesis work aimed at investigating the thermal-hydraulic phenomena that t...
Thermal fatigue cracking may initiate at a T-junction pipe where high and low temperature fluids flo...
This study presents results about thermal stresses in externally heated pipes that are subjected to ...
In this paper we outline a methodology to assess the fatigue induced in piping systems submitted to ...
Graduation date: 1998The phenomena of interest in this work is the thermal stratification which occu...
The aim of this work is to investigate possible thermal stratification phenomena inside the CIRCE-TH...
Thermal stratification has continuously caused several piping failures in nuclear power plants since...
Thermal stratification of hot and cold water in piping system dead legs has been investigated. The w...
Thermal stratification of hot and cold water may cause damages in pipes of power plants. The main ai...
Thermal stratification and striping are observed in many piping systems including those of nuclear p...
AbstractThermal stratification is a phenomenon where a hot layer of fluid flows over a cold layer of...
Thermal stratification, which has been linked to the occurrence of pressurized thermal shock (PTS), ...
AbstractThermal stratification can cause thermal fatigue of the piping system of a nuclear power pla...
A dead leg is an inactive part of a process pipe, and it has been the cause of serious incidents due...
In the nuclear power plants, there are many branch pipes with closed-end which are attached vertical...
The scope of the presented thesis work aimed at investigating the thermal-hydraulic phenomena that t...
Thermal fatigue cracking may initiate at a T-junction pipe where high and low temperature fluids flo...
This study presents results about thermal stresses in externally heated pipes that are subjected to ...
In this paper we outline a methodology to assess the fatigue induced in piping systems submitted to ...
Graduation date: 1998The phenomena of interest in this work is the thermal stratification which occu...
The aim of this work is to investigate possible thermal stratification phenomena inside the CIRCE-TH...
Thermal stratification has continuously caused several piping failures in nuclear power plants since...