Breeding Blankets: Modeling and Simulation

Coupled Neutronics and Thermal-Fluid Simulations of Tritium Transport in Molten-Salt Breeder Blankets Using Cardinal

10:00–10:20AM MDT

Sharp C. Y. Lo (U.K. Atomic Energy Authority), Helen M. Brooks (U.K. Atomic Energy Authority), David Foster (U.K. Atomic Energy Authority)

Three-Dimensional Modelling of Dual Coolant Lead Lithium Blanket for Spherical Tokamak Using a Magnetic Induction Formulation

10:20–10:40AM MDT

Deepa Gupta (Princeton Plasma Physics Laboratory), Andrei Khodak (Princeton Plasma Physics Laboratory), Nathaniel Ferraro (Princeton Plasma Physics Laboratory), Thomas G. Brown (Princeton Plasma Physics Laboratory), Jonathan E. Menard (Princeton Plasma Physics Laboratory)

Detailed Specifications of Transfer Models for Activated Corrosion Products in Lead-lithium Breeding Blanket

10:40–11:00AM MDT

Rami Bechara (CEA Cadarache), Frederic Dacquait (CEA Cadarache), Chloé Cherpin (CEA Cadarache), Christophe-Alexandre Chalons (CEA Cadarache), Jean-Baptiste Genin (CEA Saclay), François Broutin (CEA Cadarache), Laurent Brissonneau (CEA Cadarache)

Multi-physics Modeling of a LIBRTI Solid Breeder Experiment Conceptual Design

11:00–11:20AM MDT

Siddharth Mungale (U.K. Atomic Energy Authority), Helen M. Brooks (U.K. Atomic Energy Authority), Luke Humphrey (U.K. Atomic Energy Authority), Pierre-Clement A. Simon (INL), Casey T. Icenhour (INL), David Foster (U.K. Atomic Energy Authority)

Analyzing the Effect of the Neutron Source Spectrum on Tokamak Breeding Blanket Material Transmutation

11:20–11:40AM MDT

Daniel H. Flynn (Penn State), Stefano Terlizzi (Penn State)