Search Results - "Pei, Zeguang"

Feature Decoupling for Multimodal Locomotion and Estimation of Knee and Ankle Angles Implemented by Multi-Model Fusion by Yu, Xisheng, Pei, Zeguang

“…Many challenges exist in the study of using orthotics, exoskeletons or exosuits as tools for rehabilitation and assistance of healthy people in daily…”
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An in-pipe worm robot with pneumatic actuators based on origami paper-fabric composites by Jiang, Cheng, Pei, Zeguang

“…This article reports on the design, fabrication, and characterization of an in-pipe worm-like soft robot with pneumatic actuators based on origami paper-fabric…”
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Simulation of the dynamics of a flexible fiber in the swirling airflow in a nozzle containing cylindrical and divergent conical sections by Pei, Zeguang, Xi, Chuanzhi

“…Swirling airflow plays a key role in textile production processes. The structure and properties of a textile processed by utilizing swirling airflow depend to…”
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Experimental study on the formation of core-spun yarn manufactured on a modified vortex spinning system by Pei, Zeguang, He, Jian

“…Aiming at achieving online monitoring of the yarn formation process of vortex spinning, this paper presents a direct observation method that adopts a…”
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Numerical investigation on the flow field of a modified vortex spinning system for producing core-spun yarns by Pei, Zeguang, Chen, Ge

“…A modified vortex spinning technology, which produces core-spun yarns by means of a tangentially injected swirling airflow, is of great prospect in view of its…”
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Strain-sensing fiber with a core–sheath structure based on carbon black/polyurethane composites for smart textiles by Li, Wanchao, Pei, Zeguang

“…Fiber-shaped sensors have great potential for real-time monitoring of human physiological signals thanks to the merging of electronic and textile technologies…”
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Effects of structural parameters on air consumption and mechanical energy characteristics of airflow in the vortex spinning nozzle by Xi, Chuanzhi, Wang, Jiayuan, Wang, Yongzhi, Chen, Ge, Pei, Zeguang

“…Reducing energy consumption during textile production processes has currently become one of the key concerns. In order to design the nozzle of the vortex…”
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A core-spun yarn containing a metal wire manufactured by a modified vortex spinning system by Pei, Zeguang, Zhang, Yan, Chen, Ge

“…A core-spun yarn containing an ultrafine copper wire for wearable electronics-oriented applications has been manufactured using a modified vortex spinning…”
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Design and electromechanical properties of three-layer fabric-based pressure sensor by Fan, Ruibing, Chen, Ge, Pei, Zeguang

“…In this study, we developed a three-layer fabric-based pressure sensor and analyzed the structural factors and design parameters that affect its…”
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Effect of process and nozzle structural parameters on the wrapping quality of core-spun yarns produced on a modified vortex spinning system by Pei, Zeguang, Wang, Xingbao, Li, Zhimin, Xiao, Lei, Bai, Tao, Chen, Ge

“…Vortex core-spun yarn containing a metal wire has a broad application prospect owing to the combination of its fasciated structure, durability, comfort, and…”
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A model for the particle-level simulation of multiple flexible fibers moving in a wall-bounded fluid flow by Pei, Zeguang, Zhang, Yan, Zhou, Jian

“…Airflow has wide and important applications in textile manufacturing. The dynamic behavior of fibers in the airflow can have a decisive influence on the…”
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Tribological Performance Studies of Waterborne Polyurethane Coatings with Aligned Modified Graphene Oxide@Fe3O4 by Bai, Tao, Liu, Zhou, Pei, Zeguang, Fang, Wenqi, Ma, Yuan

“…In this study, the chemical graft method was used to connect modified graphene oxide (GO) and Fe3O4 through covalent bonds. To make full use of the…”
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Numerical study on the effect of nozzle pressure and yarn delivery speed on the fiber motion in the nozzle of Murata vortex spinning by Pei, Zeguang, Yu, Chongwen

“…Murata vortex spinning (MVS) is a recently developed spinning technology which utilizes high speed swirling airflow to insert twist into the yarn. The motional…”
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Study on the Principle of Yarn Formation of Murata Vortex Spinning Using Numerical Simulation by Pei, Zeguang, Yu, Chongwen

“…In Murata vortex spinning (MVS), the principle of yarn formation is closely related to the flow field inside the nozzle. This paper presents a numerical…”
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Prediction of the vortex yarn tenacity from some process and nozzle parameters based on numerical simulation and artificial neural network by Pei, Zeguang, Yu, Chongwen

“…In this study, two methods, the numerical simulation and the artificial neural network, are adopted to predict the vortex yarn tenacity from some process and…”
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Investigation on the motion of different types of fibers in the vortex spinning nozzle by Pei, Zeguang, Hu, Biyu, Diao, Chuanyun, Yu, Chongwen

“…A numerical model is presented to simulate the fiber motion in the airflow inside the vortex spinning nozzle (VSN). The coupling between the fiber and airflow…”
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Experimental study of the piezoelectric drop-on-demand drop formation in a coaxial airflow by Zhou, Jian, Pei, Zeguang

“…[Display omitted] •Pinch-off time is independent of coaxial airflow pressure in piezoelectric inkjet.•Coaxial airflow can delay or eliminate breakup of the…”
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An algorithm for multi-damage size estimation of composite laminates by Jin, Zhongyan, Zhou, Qihong, Pei, Zeguang, Chen, Ge

“…•Multi-damage size estimation of composite laminates using pure A0 modal.•An algorithm extracts first wave packet and time-of-flight from signals.•Multi-damage…”
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Research on spatial localization method of composite damage under strong noise by Jin, Zhongyan, Zhou, Qihong, Pei, Zeguang, Chen, Ge

“…•The improved VMD and DWT are combined to denoise and reconstruct the signal under strong noise without a reference.•The selection of wavelet function and…”
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Effects of structural parameters on the tangentially injected swirling flow in concentric tubes with different lengths as a model of the vortex spinning nozzle by Sun, Leilei, Pei, Zeguang

“…The tangentially injected swirling tube flow has broad applications in various engineering fields. In the textile industry, the vortex spinning technology,…”
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