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Chapter and Conference Paper
FSI Analysis of Delivery Catheter Impact on Carotid Artery in AIS
Acute ischemic stroke (AIS) is a global health issue requiring effective treatments like mechanical thrombectomy. In the realm of in vivo neuro-interventional procedures, Fluid–Structure Interaction (FSI) anal...
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Chapter and Conference Paper
Nonsmooth Dynamic Modeling of Spatial Multibody Systems with Spherical Clearance Joints on the Special Euclidean Group
In this paper, a nonsmooth dynamic modeling and calculation method for spatial multibody systems (SMBS) with spherical clearance joints (SCJs) is proposed within the framework of the three-dimensional Special ...
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Chapter and Conference Paper
Error Analysis of a Deployable Scissor-Like Mechanism with Joint Clearances
The positioning and orienting errors of a deployable mechanism used for supporting antennas directly affects the performance of the satellite. This paper focuses on the error analysis of a deployable scissor-l...
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Chapter and Conference Paper
Time-Dependent Reliability Analysis of Random Vibration Based on Deep Neural Operator Surrogate Model
A deep neural operator (DNO) is a neural network representing map** relationships between function spaces, rendering it highly valuable in investigating dynamical systems, vibrations, and other time-dependen...
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Chapter and Conference Paper
Design, Analysis, and Optimization of a Novel Stent Retriever for Acute Ischemic Stroke
Acute ischemic stroke (AIS) is a leading global cause of disability and death. Stent retrievers, which enable quick reperfusion of blocked arteries, have transformed the way that AIS is treated. The limitation...
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Chapter and Conference Paper
Design and Analysis of Disc-Spring-Based Cable-Driven Variable Stiffness Joints
Variable stiffness mechanisms perform better compliance during forceful interactions with uncertain environments. This paper proposes a novel disc-spring-based cable-driven variable stiffness joint. Considerin...
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Chapter and Conference Paper
Non-smooth Model of a Frictionless Spherical Joint with Clearance for Spatial Multibody System Dynamics on SE(3)
In this paper, based on the non-smooth dynamics method, a dynamic modeling method for spatial multi-body systems with spherical clearance joints is proposed in the framework of Lie group. A Lie group time step...
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Chapter and Conference Paper
Dynamic Modeling for Spatial Revolute Joint with Clearances in Multibody Systems Based on HLCP
This paper presents a modeling and simulation method for rigid multibody system (MBS) with clearance-affected spatial revolute joints (SRJ) under the assumption that the clearance is much less than the physic...