Add to ORKGThe two-fluid model is used in the current thermal-hydraulic system analysis codes to perform detailed assessment of nuclear reactor safety. One of the major shortcomings of the two-fluid model has been the lack of an accurate and dynamic closure relation for interfacial area concentration. The interfacial area transport equation has been successfully used to resolve this problem by dynamically predicting the evolution of the interfacial area concentration. However, only models applicable to vertical two-phase flow are currently available. The present study develops a one-dimensional interfacial area transport equation applicable to horizontal bubbly flow with a 90-degree bend --Abstract, page iii
The behavior of reactor systems is predicted using advanced computational codes in order to determin...
In view of the importance of two group interfacial area transport equations and lack of correspondin...
Experiments were performed on horizontal air-water bubbly two-phase flow, axial flow, stratified wav...
The motivation of the present study originated from the necessity of the closure relation for the in...
The interfacial area transport equation dynamically models the two-phase flow regime transitions and...
In order to accurately predict nuclear reactor behavior, the ability to predict the transfer of mass...
The dynamic modeling of the interfacial structure in two-phase flows is accomplished by using the in...
Abstract In relation to the development of the interfacial area transport equation in a subcooled bo...
In the two-fluid model for two-phase flows, interfacial area concentration is one of the most import...
In relation to the development of the interfacial area transport equation in a subcooled boiling flo...
Flow in large pipes is important in a wide variety of applications. In the nuclear industry in parti...
A comparison of the existing two-group interfacial area transport equation source and sink terms for...
To provide a closure relation for interfacial area concentration in the two-fluid model, two-group i...
The two-fluid model has long been the backbone of thermal hydraulics calculations for the nuclear po...
In relation to the development of the interfacial area transport equation, hydrodynamic separate tes...
The behavior of reactor systems is predicted using advanced computational codes in order to determin...
In view of the importance of two group interfacial area transport equations and lack of correspondin...
Experiments were performed on horizontal air-water bubbly two-phase flow, axial flow, stratified wav...
The motivation of the present study originated from the necessity of the closure relation for the in...
The interfacial area transport equation dynamically models the two-phase flow regime transitions and...
In order to accurately predict nuclear reactor behavior, the ability to predict the transfer of mass...
The dynamic modeling of the interfacial structure in two-phase flows is accomplished by using the in...
Abstract In relation to the development of the interfacial area transport equation in a subcooled bo...
In the two-fluid model for two-phase flows, interfacial area concentration is one of the most import...
In relation to the development of the interfacial area transport equation in a subcooled boiling flo...
Flow in large pipes is important in a wide variety of applications. In the nuclear industry in parti...
A comparison of the existing two-group interfacial area transport equation source and sink terms for...
To provide a closure relation for interfacial area concentration in the two-fluid model, two-group i...
The two-fluid model has long been the backbone of thermal hydraulics calculations for the nuclear po...
In relation to the development of the interfacial area transport equation, hydrodynamic separate tes...
The behavior of reactor systems is predicted using advanced computational codes in order to determin...
In view of the importance of two group interfacial area transport equations and lack of correspondin...
Experiments were performed on horizontal air-water bubbly two-phase flow, axial flow, stratified wav...