A tolerance-controlled 'blocks' method accelerates the non-history temporal superposition algorithm for finite line sources, cutting precomputation cost by orders of magnitude while keeping errors below a user-set threshold.
Characterization, testing, and optimization of load aggrega- tion methods for ground heat exchanger response-factor models,
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A causality inspired acceleration method for the fast temporal superposition of the finite line source solutions
A tolerance-controlled 'blocks' method accelerates the non-history temporal superposition algorithm for finite line sources, cutting precomputation cost by orders of magnitude while keeping errors below a user-set threshold.