AbstractThe increasing demands on reliability, safety and economics of nuclear systems translate to challenges in realization of high-performance components for operation at steady state, transient and severe accident conditions. The authors, based on their four decades of research, development and deployment experiences, present a review of findings relating to life cycle management of critical structural components in Indian thermal, fast reactors and reprocessing facilities. The challenges relating to specific structural components are described with highlights of materials to improve life for prolonged service with safety and economics
The future nuclear power industry should focus on the enhanced safety reactors such as inherently sa...
AbstractFast Breeder Reactors drastically improve uranium resource utilization efficiency to realize...
AbstractThe issues of materials development and corrosion performance of various components, coating...
AbstractThe increasing demands on reliability, safety and economics of nuclear systems translate to ...
AbstractNuclear power stations are very capital intensive and need high load factors for economic op...
Nuclear reactors present a very harsh environment for components service. Components within a reacto...
Reliable performance and profitability are two important requirements for any chemical industry. In ...
The US operating fleet of light water reactors (LWRs) is currently undergoing life extensions from t...
AbstractFast Breeder Reactors (FBRs) are emerging as vital source of power generation in India towar...
AbstractMaterials play very crucial role for a safe, reliable and economic operation of nuclear powe...
AbstractSubstantial progresses made in last five decades in the front end of the nuclear fuel cycle ...
The analysis of the plant operating practice in European countries shows a growing interest in plant...
Due to current social and economical framework, in last years many Member States started a process o...
In all engineering applications, design and materials together determine the functionality and relia...
The design life of the NPP PAKS WWER-440/213 units is 30 years. Formally the design life limits the ...
The future nuclear power industry should focus on the enhanced safety reactors such as inherently sa...
AbstractFast Breeder Reactors drastically improve uranium resource utilization efficiency to realize...
AbstractThe issues of materials development and corrosion performance of various components, coating...
AbstractThe increasing demands on reliability, safety and economics of nuclear systems translate to ...
AbstractNuclear power stations are very capital intensive and need high load factors for economic op...
Nuclear reactors present a very harsh environment for components service. Components within a reacto...
Reliable performance and profitability are two important requirements for any chemical industry. In ...
The US operating fleet of light water reactors (LWRs) is currently undergoing life extensions from t...
AbstractFast Breeder Reactors (FBRs) are emerging as vital source of power generation in India towar...
AbstractMaterials play very crucial role for a safe, reliable and economic operation of nuclear powe...
AbstractSubstantial progresses made in last five decades in the front end of the nuclear fuel cycle ...
The analysis of the plant operating practice in European countries shows a growing interest in plant...
Due to current social and economical framework, in last years many Member States started a process o...
In all engineering applications, design and materials together determine the functionality and relia...
The design life of the NPP PAKS WWER-440/213 units is 30 years. Formally the design life limits the ...
The future nuclear power industry should focus on the enhanced safety reactors such as inherently sa...
AbstractFast Breeder Reactors drastically improve uranium resource utilization efficiency to realize...
AbstractThe issues of materials development and corrosion performance of various components, coating...