Development of Rheological Constitutive Modeling Method Using a Sparse Identification Algorithm: A Case Study for Extensional Flows
Analysis
This article describes the development of a new method for modeling the rheological behavior of materials, specifically focusing on extensional flows. The use of a sparse identification algorithm suggests an approach that aims for efficiency and potentially improved accuracy by focusing on the most relevant parameters. The case study approach allows for practical validation of the method.
Key Takeaways
- •Develops a new method for rheological constitutive modeling.
- •Employs a sparse identification algorithm for efficiency and accuracy.
- •Uses a case study approach for validation in extensional flows.
Reference
“The article focuses on a specific application (extensional flows) which allows for a focused and in-depth analysis of the proposed method.”