Conveners
Invited Speaker: Strategic Approach to Codes and Standards for the Structural Integrity of STEP
- Yiqiang Wang (UKAEA)
Invited Speaker: ITER’s Experience in Codes & Standards for the Engineering of Tokamaks
- Andreas LEE (ITER Org)
Invited Speaker: An Overview on Development of Codes and Standards for Tokamak Fusion Power Plant in Japan
- Masataka Nakahira (National Institutes for Quantum Science and Technology)
Invited Speaker: Overview of fusion standards in China
- Min Wang (Ministry of Science and Technology, China)
Invited Speaker: Introduction of Korean DEMO and Korea's Experience with Codes and Standards
- Sungbo Moon (Korea Institute of Fusion Energy)
Codes, standards and structural integrity are multidisciplinary fields in which UKAEA has a distinguished history of groundbreaking research and innovation, delivering significant economic benefits and enhancing energy security for the UK. After decades of worldwide research and development including recent world records for inertial and magnetic fusion energy, fusion is progressing steadily...
This presentation provides an overview of ITER’s experience in selecting, adapting, or developing mechanical Codes & Standards for the design and construction of Tokamak components such as magnets or Vacuum Vessels and their internal components. Particular attention will be given to aspects unique to fusion, such as Electro-Magnetic loading, cryogenic temperatures, and vacuum environments. The...
The Japan Society of Mechanical Engineers (JSME) developed a fusion standard for superconducting magnet structure based on ITER design and 1st version was published in 2008. Basic concepts and features of this standard is summarized as follows;
(1) Quality class is equivalent to general structures or general pressure vessels, which are fabricated by the American Society of Mechanical...
This presentation primarily presents the development of China's fusion standards, as well as the current information and status regarding nuclear safety regulations and standards. It briefly outlines the specific practices of standard - related activities carried out by us based on tasks such as the ITER project, including the current Specialized standards, national standards, and...
K-DEMO is a conceptual design project led by Korea to demonstrate the feasibility of a fusion power plant, targeting net electricity production, tritium self-sufficiency, and structural integrity under operational and accidental conditions. Its development requires not only advanced technology but also a regulatory framework tailored to fusion-specific hazards, such as tritium management and...
