Zilong Zhao

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About

Zilong Zhao is a researcher specializing in fluid-structure interactions, with a particular focus on the transient dynamics of deformable structures under viscous compressible flow. His most-cited work, "Transient characteristics of a straight tube actuated by viscous compressible flow with consideration of large axisymmetric deformation" (2018), has garnered 7 citations, establishing a foundation for understanding how large deformations in tubular systems respond to internal flow forces. This research is critical for applications in biomedical devices, such as soft robotics and microfluidic systems, where precise control of tube deformation under pressure is essential. Zhao’s contributions lie in modeling the complex coupling between fluid compressibility and structural elasticity, offering insights that advance the design of flexible conduits. While his citation count reflects a focused, emerging impact, his work is notable for addressing a niche yet challenging problem—large axisymmetric deformation—that bridges theoretical mechanics and practical engineering. For students and researchers exploring fluid-driven actuators or compliant structures, Zhao’s studies provide a rigorous framework for predicting transient behavior, making him a promising voice in the field of applied mechanics.