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PRODID:-//ANS//Webinar//EN
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UID:ANS_MEETING_EVENT_
DTSTAMP:20260501T221417Z
DTSTART:20260531T190000Z
DTEND:20260531T230000Z
LAST-MODIFIED:20260421T202559Z
CLASS:PUBLIC
SUMMARY:Griffin Workshop (SOLD OUT)
DESCRIPTION:Workshops and Courses\n\n2026 ANS Annual Conference\n\nRead More: https://www.ans.org/meetings/ac2026/calendar/event-2010/\n\n<p><strong>Price:</strong> Free</p><p><strong>Capacity:</strong> maximum of 40 persons</p><p><strong>Host:&nbsp;</strong>Argonne National Laboratory / Idaho National Laboratory</p><p>Griffin is a deterministic MOOSE-based reactor physics code developed jointly by Argonne and Idaho National Laboratories for multiphysics analysis of various advanced nuclear reactors, including high-temperature reactors (HTRs), molten-salt reactors (MSRs), fast reactors (FRs), and microreactors.</p><p>This workshop provides an overview of Griffin’s capabilities for advanced reactor modeling of pebble-bed-type or prismatic-type HTR, MSR, FR, and microreactor applications. It will highlight recent developments for HTR, FR, and microreactor applications, including updated workflows and solver capabilities. The workshop will also cover geometry for complex geometry problems and mesh generation, as well as online cross section generation modeling for both fast and thermal-spectrum systems. A series of application examples across HTR, MSR, FR, and microreactors will be presented to showcase typical analysis tasks and modeling best practices across these reactor types. In addition, the workshop will demonstrate coupled multiphysics simulations with other MOOSE physics tools under steady-state and transient conditions, emphasizing integrated workflows within the MOOSE framework.</p>
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