Special Issues
Table of Content

Precise Delivery of Complex Fluids

Submission Deadline: 28 February 2025 View: 81 Submit to Special Issue

Guest Editors

Prof. Sheldon Wang

Email: sheldon.wang@msutexas.edu

Affiliation: McCoy School of Engineering, Midwestern State University, USA

Homepage: 

Research Interests: Computational Mechanics, Thermal Fluids

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Dr. Dalong Gao

Email: dalong.gao@gm.com

Affiliation: General Motors Global Research and Development Center, USA

Homepage:

Research Interests: Robotics, Automation, Fluids and Flow Control

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Summary

In various manufacturing sectors, the precise management of complex fluids is crucial, especially in the production of electric vehicles, food items, petroleum-based products, and metallurgical operations. The characteristics of complex fluids, including rheology and other material properties, are highly sensitive to changes in temperature and time, which present significant challenges for the regulation of the related dispensing systems.


This special issue of the FDMP journal, organized through an open-call process, seeks to collect valuable contributions from the research community to expand our understanding of the vast, yet largely unexplored, opportunities for cross-disciplinary collaboration between materials science and fluid dynamics. The intent behind this issue is inherently interdisciplinary. It aims to cultivate a deeper comprehension—not just through dialogue between authors and readers—but also by dismantling the traditional boundaries between disciplines. These boundaries often hinder researchers and industry professionals from exchanging data and insights that could be instrumental in addressing problems that span multiple fields. Submissions of “Review” papers are especially encouraged.  The covered subjects include:

non-Newtonian fluid modeling

developing viscous fluid

water hammer and pressure surge problems

servo-hydraulic system

needle valve

progressive cavity pump

multi-phase flow modeling with free surfaces

rheological characterizations


Keywords

Fluid transient evolution, non-Newtonian fluid, flow control

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