Original paper
Scalable discrete adjoint for the transient Savage–Hutter equation on the primal consistent adaptive grid
Abstract
Computing the adjoint for a transient non-linear hyperbolic PDE, like the Savage–Hutter equation for modeling dry granular mass flows, is a challenge with often unaffordable computing and memory costs. The challenges are further compounded for an adaptive mesh refinement (AMR) parallel code. For legacy codes, addressing these difficulties are constrained with the original design and data structures which refactoring those to be well-suited for...
Paper Details
Title
Scalable discrete adjoint for the transient Savage–Hutter equation on the primal consistent adaptive grid
Published Date
Nov 30, 2018
Journal
Volume
35
Issue
4
Pages
1251 - 1268
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Notes
History