Knitted Spacer(针织垫片)研究综述
Knitted Spacer 针织垫片 - As compared with the conventional 3D woven sandwich composites, it was approved that mechanical functionality of the produced 3D integrated weft-knitted spacer panels is completely improved so that they can be considered as good alternatives especially in building constructions. [1] This paper describes a study of hip-protective pads made from warp-knitted spacer fabric treated with shear thickening fluid (STF). [2] This paper analyzes to understand the behavior of warp knitted spacer fabric for spherical compression with different diameter of the spheres and its thermal, air and moisture related comfort characteristics. [3] In order to study the compression property of curved three-dimensional(3D) flat-knitted spacer fabric composites and to provide experimental data for the study of subsequent low speed impact and residual strength, 3D flat-knitted spacer fabrics were knitted into flat and curvilinear shapes, then 3D flat-knitted spacer fabric composites curved in different angles were developed. [4] This work investigated the thermal isolation properties of untreated and treated three-layered weft-knitted spacer fabrics with different thicknesses (2 mm, 3 mm, and 4 mm) by using silica aerogels. [5] This paper puts forward a new method for measuring the three-dimensional deformation of warp-knitted spacer fabrics under tensile stress. [6] This work presents a resistive knitted spacer pressure sensor for monitoring the pressure at the skin–clothing–seat interface for wheelchair users. [7] Three-dimensional mesh fabric is a special type of knitted spacer fabric with sandwich structure consisting of two separate meshed multifilament outer layers linked together with a layer of spacer monofilaments. [8] The plate compression property of warp-knitted spacer fabrics greatly determines their industrial application in cushions and mattresses, which can be regulated by the structure and property of spacer filaments of spacer fabrics. [9] This paper aims to identify the underlying physical mechanism for the compression deformation of a warp-knitted spacer fabric with a typical structure with experimental and theoretical studies. [10] One design was produced in a single step, where the conductive tracks were incorporated into the top and bottom surfaces of a knitted spacer structure (knitted spacer pressure sensor). [11] Vertically lapped nonwoven fabrics and treated knitted spacer fabrics were highly ranked and could be used as material for hip protective pads. [12] In this research, an effort is being made to predict the compression behaviour of warp-knitted spacer fabric by flat as well as cylindrical surface. [13] In this research, warp-knitted spacer fabrics were treated with STF using one of two methods. [14] A warp-knitted spacer fabric that is saturated with flexible polyurethane foam is used as the lower layer. [15] In this research, the required physical properties of weft knitted spacer fabrics, as an alternative for wound dressings have been investigated. [16] In this research, an attempt has been made to find the suitability of three-dimensional (3D) knitted spacer fabrics for sound absorption. [17] The mechanical property of a warp-knitted spacer fabric during compression results mainly from the contribution of the spacer filaments in the fabric. [18] The main part of the FSAH is an integrated flexible warp-knitted spacer fabric composite, in which spacer filaments are coated with solar energy absorbing materials by the air spraying method. [19] Polyester multifilament is used to produce the face and back layer of warp knitted spacer fabric (WKSF) and these two layers are connected by polyester monofilament as a middle layer. [20] Weft-knitted spacer fabrics have high energy absorption capacity. [21] In textiles, monofilaments with outstanding compression property are desired in the development of warp-knitted spacer fabrics for a range of applications. [22]与传统的 3D 编织夹层复合材料相比，生产的 3D 集成纬编间隔板的机械功能得到了完全改善，因此它们可以被认为是很好的替代品，特别是在建筑结构中。 [1] 本文介绍了一项由经剪切增稠液 (STF) 处理的经编间隔织物制成的臀部保护垫的研究。 [2] 本文分析了经编间隔织物在不同球体直径下进行球面压缩的行为及其与热、空气和湿气相关的舒适特性。 [3] 为了研究弯曲三维（3D）横编间隔织物复合材料的压缩性能，并为后续低速冲击和残余强度研究提供实验数据，将3D横编间隔织物编织成平面和曲线形状，然后开发了以不同角度弯曲的 3D 平针织间隔织物复合材料。 [4] 这项工作使用二氧化硅气凝胶研究了未经处理和处理的不同厚度（2 mm、3 mm 和 4 mm）的三层纬编间隔织物的隔热性能。 [5] 本文提出了一种测量经编间隔织物在拉应力作用下三维变形的新方法。 [6] 这项工作提出了一种电阻针织间隔压力传感器，用于监测轮椅使用者皮肤-衣服-座椅界面的压力。 [7] 三维网眼织物是一种特殊类型的针织间隔织物，具有夹层结构，由两层独立的网状复丝外层和一层间隔单丝连接在一起。 [8] 经编间隔织物的板压性能在很大程度上决定了其在坐垫和床垫中的工业应用，这可以通过间隔织物的间隔长丝的结构和性能来调节。 [9] 本文旨在通过实验和理论研究确定具有典型结构的经编间隔织物压缩变形的潜在物理机制。 [10] 一种设计是在一个步骤中产生的，其中导电轨道被结合到针织间隔结构（针织间隔压力传感器）的顶部和底部表面中。 [11] 垂直搭接无纺布和经处理的针织间隔布排名靠前，可用作臀部保护垫的材料。 [12] 在这项研究中，正在努力通过平面和圆柱表面来预测经编间隔织物的压缩行为。 [13] 在这项研究中，经编间隔织物使用两种方法之一用 STF 处理。 [14] 用软质聚氨酯泡沫饱和的经编间隔织物用作下层。 [15] 在这项研究中，作为伤口敷料的替代品，纬编间隔织物所需的物理性能进行了研究。 [16] 在这项研究中，已经尝试寻找三维 (3D) 针织间隔织物吸声的适用性。 [17] 经编间隔织物在压缩过程中的机械性能主要是由间隔长丝在织物中的贡献引起的。 [18] FSAH的主要部分是一种集成的柔性经编间隔织物复合材料，其中间隔长丝通过空气喷涂的方法涂有太阳能吸收材料。 [19] 涤纶复丝用于生产经编间隔织物（WKSF）的正面和背面，这两层由涤纶单丝作为中间层连接。 [20] 纬编间隔织物具有高能量吸收能力。 [21] 在纺织品中，在开发用于一系列应用的经编间隔织物时，需要具有出色压缩性能的单丝。 [22]
Warp Knitted Spacer 经编垫片
This paper analyzes to understand the behavior of warp knitted spacer fabric for spherical compression with different diameter of the spheres and its thermal, air and moisture related comfort characteristics. [1] Polyester multifilament is used to produce the face and back layer of warp knitted spacer fabric (WKSF) and these two layers are connected by polyester monofilament as a middle layer. [2]本文分析了经编间隔织物在不同球体直径下进行球面压缩的行为及其与热、空气和湿气相关的舒适特性。 [1] 涤纶复丝用于生产经编间隔织物（WKSF）的正面和背面，这两层由涤纶单丝作为中间层连接。 [2]
knitted spacer fabric 针织间隔布
This paper describes a study of hip-protective pads made from warp-knitted spacer fabric treated with shear thickening fluid (STF). [1] This paper analyzes to understand the behavior of warp knitted spacer fabric for spherical compression with different diameter of the spheres and its thermal, air and moisture related comfort characteristics. [2] In order to study the compression property of curved three-dimensional(3D) flat-knitted spacer fabric composites and to provide experimental data for the study of subsequent low speed impact and residual strength, 3D flat-knitted spacer fabrics were knitted into flat and curvilinear shapes, then 3D flat-knitted spacer fabric composites curved in different angles were developed. [3] This work investigated the thermal isolation properties of untreated and treated three-layered weft-knitted spacer fabrics with different thicknesses (2 mm, 3 mm, and 4 mm) by using silica aerogels. [4] This paper puts forward a new method for measuring the three-dimensional deformation of warp-knitted spacer fabrics under tensile stress. [5] Three-dimensional mesh fabric is a special type of knitted spacer fabric with sandwich structure consisting of two separate meshed multifilament outer layers linked together with a layer of spacer monofilaments. [6] The plate compression property of warp-knitted spacer fabrics greatly determines their industrial application in cushions and mattresses, which can be regulated by the structure and property of spacer filaments of spacer fabrics. [7] This paper aims to identify the underlying physical mechanism for the compression deformation of a warp-knitted spacer fabric with a typical structure with experimental and theoretical studies. [8] Vertically lapped nonwoven fabrics and treated knitted spacer fabrics were highly ranked and could be used as material for hip protective pads. [9] In this research, an effort is being made to predict the compression behaviour of warp-knitted spacer fabric by flat as well as cylindrical surface. [10] In this research, warp-knitted spacer fabrics were treated with STF using one of two methods. [11] A warp-knitted spacer fabric that is saturated with flexible polyurethane foam is used as the lower layer. [12] In this research, the required physical properties of weft knitted spacer fabrics, as an alternative for wound dressings have been investigated. [13] In this research, an attempt has been made to find the suitability of three-dimensional (3D) knitted spacer fabrics for sound absorption. [14] The mechanical property of a warp-knitted spacer fabric during compression results mainly from the contribution of the spacer filaments in the fabric. [15] The main part of the FSAH is an integrated flexible warp-knitted spacer fabric composite, in which spacer filaments are coated with solar energy absorbing materials by the air spraying method. [16] Polyester multifilament is used to produce the face and back layer of warp knitted spacer fabric (WKSF) and these two layers are connected by polyester monofilament as a middle layer. [17] Weft-knitted spacer fabrics have high energy absorption capacity. [18] In textiles, monofilaments with outstanding compression property are desired in the development of warp-knitted spacer fabrics for a range of applications. [19]本文介绍了一项由经剪切增稠液 (STF) 处理的经编间隔织物制成的臀部保护垫的研究。 [1] 本文分析了经编间隔织物在不同球体直径下进行球面压缩的行为及其与热、空气和湿气相关的舒适特性。 [2] 为了研究弯曲三维（3D）横编间隔织物复合材料的压缩性能，并为后续低速冲击和残余强度研究提供实验数据，将3D横编间隔织物编织成平面和曲线形状，然后开发了以不同角度弯曲的 3D 平针织间隔织物复合材料。 [3] 这项工作使用二氧化硅气凝胶研究了未经处理和处理的不同厚度（2 mm、3 mm 和 4 mm）的三层纬编间隔织物的隔热性能。 [4] 本文提出了一种测量经编间隔织物在拉应力作用下三维变形的新方法。 [5] 三维网眼织物是一种特殊类型的针织间隔织物，具有夹层结构，由两层独立的网状复丝外层和一层间隔单丝连接在一起。 [6] 经编间隔织物的板压性能在很大程度上决定了其在坐垫和床垫中的工业应用，这可以通过间隔织物的间隔长丝的结构和性能来调节。 [7] 本文旨在通过实验和理论研究确定具有典型结构的经编间隔织物压缩变形的潜在物理机制。 [8] 垂直搭接无纺布和经处理的针织间隔布排名靠前，可用作臀部保护垫的材料。 [9] 在这项研究中，正在努力通过平面和圆柱表面来预测经编间隔织物的压缩行为。 [10] 在这项研究中，经编间隔织物使用两种方法之一用 STF 处理。 [11] 用软质聚氨酯泡沫饱和的经编间隔织物用作下层。 [12] 在这项研究中，作为伤口敷料的替代品，纬编间隔织物所需的物理性能进行了研究。 [13] 在这项研究中，已经尝试寻找三维 (3D) 针织间隔织物吸声的适用性。 [14] 经编间隔织物在压缩过程中的机械性能主要是由间隔长丝在织物中的贡献引起的。 [15] FSAH的主要部分是一种集成的柔性经编间隔织物复合材料，其中间隔长丝通过空气喷涂的方法涂有太阳能吸收材料。 [16] 涤纶复丝用于生产经编间隔织物（WKSF）的正面和背面，这两层由涤纶单丝作为中间层连接。 [17] 纬编间隔织物具有高能量吸收能力。 [18] 在纺织品中，在开发用于一系列应用的经编间隔织物时，需要具有出色压缩性能的单丝。 [19]