The climate conditions inside nuclear reactor containments depend on several parameters e.g. different moisture and heat sources; the containment design; material properties etc. Knowledge about the climatic condition is an important area to e.g. maintain a proper condition for mechanical and electrical equipment; minimize the corrosion risks of reinforcement and metallic components; prevent vapor condensations on thermal bridges; analysis of stress and strain conditions influenced by the drying shrinkage and temperature variations. This new PhD project will study how the concrete components affect and gets affected by the climatic conditions. This study will be done thru monitoring the temperature and relative humidity in the concrete, and...
This research was done as a part of the project Aging Management of Concrete Structures in Nuclear P...
For modern infrastructures, structural concrete has been widely adopted for various components and s...
This study presents a multiphysics model developed to predict the internal temperature and moisture ...
The reactor containment is one of the most important buildings at a nuclear power plant. In case of ...
Safety is the top priority at a nuclear facility. The nuclear power plants are designed to prevent r...
The climatic conditions at the concrete containment wall surfaces of two nuclear reactor containment...
The climatic conditions inside nuclear reactor containments are continuously monitored by the plant ...
A method is presented on how to quantify the moisture conditions of nuclear concrete containment wal...
A method is presented on how to quantify the moisture conditions of nuclear concrete containment wal...
The objective in this research has been to predict the current and future moisture and temperature d...
This dissertation investigates the response of concrete to high temperatures for extended periods, s...
The climate conditions of building site influence significantly on arrangement and technology of con...
International audienceThe scenario of a severe accident in the containment building of a nuclear pla...
AbstractSeveral studies have demonstrated the aggressive effect of very high temperatures, exceeding...
The magnitude of pore pressures and the loss of moisture caused by heating of concrete is of conside...
This research was done as a part of the project Aging Management of Concrete Structures in Nuclear P...
For modern infrastructures, structural concrete has been widely adopted for various components and s...
This study presents a multiphysics model developed to predict the internal temperature and moisture ...
The reactor containment is one of the most important buildings at a nuclear power plant. In case of ...
Safety is the top priority at a nuclear facility. The nuclear power plants are designed to prevent r...
The climatic conditions at the concrete containment wall surfaces of two nuclear reactor containment...
The climatic conditions inside nuclear reactor containments are continuously monitored by the plant ...
A method is presented on how to quantify the moisture conditions of nuclear concrete containment wal...
A method is presented on how to quantify the moisture conditions of nuclear concrete containment wal...
The objective in this research has been to predict the current and future moisture and temperature d...
This dissertation investigates the response of concrete to high temperatures for extended periods, s...
The climate conditions of building site influence significantly on arrangement and technology of con...
International audienceThe scenario of a severe accident in the containment building of a nuclear pla...
AbstractSeveral studies have demonstrated the aggressive effect of very high temperatures, exceeding...
The magnitude of pore pressures and the loss of moisture caused by heating of concrete is of conside...
This research was done as a part of the project Aging Management of Concrete Structures in Nuclear P...
For modern infrastructures, structural concrete has been widely adopted for various components and s...
This study presents a multiphysics model developed to predict the internal temperature and moisture ...