Reactor Blanket Design and Material Selection – Training Services

Reactor Blanket Design and Material Selection – Training Services provides an in-depth study of the critical role blankets play in fusion reactor performance and sustainability. The training covers blanket functions such as tritium breeding, neutron multiplication, and heat extraction, along with the physics of neutron interactions within blanket structures. Participants will explore material selection criteria, including radiation resistance, thermal conductivity, and tritium permeability, as well as advanced materials like liquid metals, ceramics, and composites. The program also emphasizes computational modeling, structural design, and safety considerations for optimizing blanket performance. Case studies from experimental and conceptual reactor designs highlight practical challenges and engineering solutions. By the end of the course, learners will gain expertise in designing and selecting materials for efficient and reliable reactor blankets.