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SIERRA Code Coupling Module: Arpeggio User Manual - Version 5.18

Clausen, Jonathan C.; Brunini, Victor B.; Collins, Lincoln; Knaus, Robert C.; Kucala, Alec K.; Lin, Stephen; Matula, Neil M.; Moser, Daniel M.; Phillips, Malachi P.; Ransegnola, Thomas M.; Subia, Samuel R.; Vasyliv, Yaroslav V.; Voskuilen, Tyler V.; Smith, Timothy A.; Lamb, Justin M.

The SNL Sierra Mechanics code suite is designed to enable simulation of complex multiphysicsscenarios. The code suite is composed of several specialized applications which can operate either instandalone mode or coupled with each other. Arpeggio is a supported utility that enables loose couplingof the various Sierra Mechanics applications by providing access to Framework services that facilitatethe coupling.

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SIERRA Low Mach Module: Fuego Verification Manual - Version 5.18

Clausen, Jonathan C.; Brunini, Victor B.; Collins, Lincoln; Knaus, Robert C.; Kucala, Alec K.; Lin, Stephen; Matula, Neil M.; Moser, Daniel M.; Phillips, Malachi P.; Ransegnola, Thomas M.; Subia, Samuel R.; Vasyliv, Yaroslav V.; Voskuilen, Tyler V.; Smith, Timothy A.; Lamb, Justin M.

The SIERRA Low Mach Module: Fuego, henceforth referred to as Fuego, is the key element of theASC fire environment simulation project. The fire environment simulation project is directed atcharacterizing both open large-scale pool fires and building enclosure fires. Fuego represents theturbulent, buoyantly-driven incompressible flow, heat transfer, mass transfer, combustion, soot, andabsorption coefficient model portion of the simulation software.

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SIERRA Multimechanics Module: Aria Verification Manual - Version 5.18

Clausen, Jonathan C.; Brunini, Victor B.; Collins, Lincoln; Knaus, Robert C.; Kucala, Alec K.; Lin, Stephen; Matula, Neil M.; Moser, Daniel M.; Phillips, Malachi P.; Ransegnola, Thomas M.; Subia, Samuel R.; Vasyliv, Yaroslav V.; Voskuilen, Tyler V.; Smith, Timothy A.; Carnes, Brian C.; Lamb, Justin M.

Presented in this document is a portion of the tests that exist in the Sierra Thermal/Fluids verificationtest suite. Each of these tests is run nightly with the Sierra/TF code suite and the results of the testchecked under mesh refinement against the correct analytic result. For each of the tests presented in thisdocument the test setup, derivation of the analytic solution, and comparison of the code results to theanalytic solution is provided.

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4 Results
4 Results