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A vibration-resistant detection method of weld position and gap for seam tracking of Z-weave GMAW
A vibration-resistant detection method of weld position and gap based on laser vision sensing is proposed in this paper due to the failure problem of...
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Identification of lumped stiffness parameters for a motorcycle model in investigating weave and wobble
In motorcycle dynamics, great importance is attributed to the study of the weave and wobble vibration modes and, in particular, to the effects of the...
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Design of Weave Patterns
This chapter aims to provide the basic knowledge on the weave patterns, used in the manufacturing of woven structures from one set of warp threads...
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Effects of weave path parameters on the geometry of wire arc additive manufactured features
The present work investigates the effect of process parameters on the geometry of wire arc additive manufactured parts. The geometric accuracy of...
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Low-velocity impact response of 3D woven solid structures for multi-scale applications: role of yarn maneuverability and weave architecture
Three-dimensional woven fabrics (3DWFs) possess excellent mechanical properties and structural integrity due to reinforcement in the...
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Study on micro-scale 3D numerical modeling and droplet deposition of plain weave fabric
To define the deposition and morphology changes of the droplets on fabric medium clearly in spraying printing the electrical circuits on fabric...
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Liquid wicking flow characteristics in metallic screens with various weave densities
Metallic woven screen is the core component of a liquid acquisition device (LAD), which is used for the gas–liquid separation of propellants. One of...
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Strain-Rate-Dependent In-Plane Compressive Properties of 3D Fine Weave Pierced C/C Composite: Failure Mechanism and Constitutive Model
In-plane compression experiments are performed on 3D fine weave pierced C/C composite at a wide strain rate range of 0.0001/s–1000/s. The in-plane...
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In-Plane Elastic Properties of Stitched Plain Weave Composite Laminate
A representative volume element method and a novel mesomechanical-based polyline model are proposed to describe the misalignment of in-plane fibers...
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A meso-mechanical material model describing a crash behavior of 2D plain weave fabric composites
In composite aircraft structures, woven carbon-fiber-reinforced composites are used as elements of the boxes to mitigate damage during crash events...
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How Schrödinger’s Mice Weave Consciousness
This paper continues the series of papers on DNA resonance signaling. The authors previously proposed that DNA is involved in the work of the mind...
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Application of Back Propagation Algorithm in Optimization of Weave Friction Stir Welding—A Study
Modern engineering applications require the amalgamation of unlike materials for achieving specific thermal, electrical, and physical properties....
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Estimating the Aerodynamic Coefficients of Membrane Wings Using Wind Tunnel: A Machine-Learning Approach
Weight reduction is an effective parameter in the efficiency of flying vehicles. Fabric-covered membrane wings are used in ultralight aircraft to...
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Using CAD to Preserve Local Traditional Weaving Craft in Teaching Mathematics
Addressing the dearth of research integrating Computer-Aided Design (CAD) software in teaching mathematics for cultural preservation, this study aims...
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Investigation of surface roughness, microstructure, and mechanical properties of overhead structures fabricated by wire + arc additive manufacturing
This study aims to investigate surface roughness, microstructure, and mechanical properties of overhead thin-wall structures of stainless...
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Fiberworks—A Loom Simulator for the Shaft Loom
Fiberworks is a design aid for the shaft loom with a maximum of 64 shafts and treadles in the Silver level version and 9996 warp and weft threads. It...
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Quantitative evaluation of the sheared edge of woven glass epoxy laminate after mechanical punching
Fiber-reinforced composites have a wide range of industrial applications owing to their light weight, high modulus, and good specific strength....
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Implementation of weave patterns by path parameterization in the simulation of welding processes by the finite element method
One of the most common practices to produce high-quality welds with greater efficiency is the execution of arc weaving. Although the finite element...
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Basic Notions to Design a Dobby Fabric
This chapter is dedicated to provide the basic knowledge to design a dobby fabric. A first part of this chapter will provide a brief classification...