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Effect of reinforcement architecture on the macroscopic mechanical properties of fiberous polymer composites: A review

机译：增强结构对纤维聚合物复合材料宏观力学性能的影响：综述

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Abstract > In order to curb the fuel consumption and corresponding CO <sub>2</sub> emission, defence, automobile, and aerospace industries are leaning towards the use of light weight‐high stiffness engineered materials like fiber reinforced polymer composites (FRPCs). One of the major advantages of FRPCs is that various properties (stiffness, tensile strength, flexural strength, etc.) can be tailored according to requirements of the application. Architecture of the reinforcement used in FRPCs has been proved to affect these properties substantially. Composite materials have seen a lot of advancement in the field of reinforcement architectures starting from the plain‐woven fabrics to advanced 3D braided/woven preforms. The architecture of reinforcement must be wisely selected to design the required properties of developed composites and to reduce the overall cost without compromising the performance. The problem addressed in the present study is the selection of reinforcement architecture while developing a composite material. 2D Plain woven reinforcements are better than other reinforcements in terms of in‐plane properties but their out‐of‐plane properties are very poor. Therefore, advanced architectures like 3D woven fabrics, 5D Braided preforms, knitted preforms, and 3D needle punched fibers are being used in various high performance applications. The present article is an attempt to analyse the effect of various available architectures of reinforcement on the macroscopic mechanical properties of FRPC laminates and to propose a systematic way to select a reinforcement. </abstract> </span> <span class="z_kbtn z_kbtnclass hoverxs" style="display: none;">展开▼</span> </div> <div class="translation abstracttxt"> <span class="zhankaihshouqi fivelineshidden" id="abstract"> <span>机译：</span><Abstract Type =“Main”XML：Lang =“en”> <标题类型=“main”>抽象</ title> > 为了遏制燃料消耗和相应的CO <sub> 2 </ sub> 排放，防御，汽车和航空航天行业倾向于使用轻质高刚度工程材料，如纤维增强聚合物复合材料（FRPC）。 FRPCS的主要优点之一是，可以根据应用要求定制各种性质（刚度，抗拉强度，弯曲强度等）。已经证明了FRPCS中使用的增强件的结构基本上影响了这些性质。从仿形织物开始到先进的3D编织/编织预制件，复合材料在加固架构领域看到了大量进步。必须明智地选择强化架构以设计开发复合材料所需的特性，并在不影响性能的情况下降低整体成本。在本研究中解决的问题是在开发复合材料时选择加强结构。 2D平板织造增强剂比在面内特性方面的其他增强剂更好，但其外平面的性质非常差。因此，在各种高性能应用中使用3D编织面料，5D编织预制件，针织预成型件等先进的架构。本文试图分析各种可用架构对FRPC层压板的宏观力学性能的各种可用架构的影响，并提出系统的方法来选择加强件。 </ p> </摘要> </span> <span class="z_kbtn z_kbtnclass hoverxs" style="display: none;">展开▼</span> </div> </div> <div class="record"> <h2 class="all_title" id="enpatent33" >著录项</h2> <ul> <li> <span class="lefttit">来源</span> <div style="width: 86%;vertical-align: text-top;display: inline-block;"> <a href='/journal-foreign-29566/'>《Polymer Composites》</a> <b style="margin: 0 2px;">|</b><span>2020年第6期</span><b style="margin: 0 2px;">|</b><span>共17页</span> </div> </li> <li> <div class="author"> <span class="lefttit">作者</span> <p id="fAuthorthree" class="threelineshidden zhankaihshouqi"> </p> <span class="z_kbtnclass z_kbtnclassall hoverxs" id="zkzz" style="display: none;">展开▼</span> </div> </li> <li> <div style="display: flex;"> <span class="lefttit">作者单位</span> <div style="position: relative;margin-left: 3px;max-width: 639px;"> <div class="threelineshidden zhankaihshouqi" id="fOrgthree"> </div> <span class="z_kbtnclass z_kbtnclassall hoverxs" id="zhdw" style="display: none;">展开▼</span> </div> </div> </li> <li > <span class="lefttit">收录信息</span> <span style="width: 86%;vertical-align: text-top;display: inline-block;"></span> </li> <li> <span class="lefttit">原文格式</span> <span>PDF</span> </li> <li> <span class="lefttit">正文语种</span> <span>eng</span> </li> <li> <span class="lefttit">中图分类</span> <span><a href="https://www.zhangqiaokeyan.com/clc/7852.html" title="增强塑料、填充塑料">增强塑料、填充塑料;</a></span> </li> <li class="antistop"> <span class="lefttit">关键词</span> <p style="width: 86%;vertical-align: text-top;"> <a style="color: #3E7FEB;" href="/search.html?doctypes=4_5_6_1-0_4-0_1_2_3_7_9&sertext=3D braided fibers&option=203" rel="nofollow">3D braided fibers;</a> <a style="color: #3E7FEB;" href="/search.html?doctypes=4_5_6_1-0_4-0_1_2_3_7_9&sertext=3D knitted fibers&option=203" rel="nofollow">3D knitted fibers;</a> <a style="color: #3E7FEB;" href="/search.html?doctypes=4_5_6_1-0_4-0_1_2_3_7_9&sertext=polymer composites&option=203" rel="nofollow">polymer composites;</a> <a style="color: #3E7FEB;" href="/search.html?doctypes=4_5_6_1-0_4-0_1_2_3_7_9&sertext=reinforcement architectures&option=203" rel="nofollow">reinforcement architectures;</a> <a style="color: #3E7FEB;" href="/search.html?doctypes=4_5_6_1-0_4-0_1_2_3_7_9&sertext=textile architectures&option=203" rel="nofollow">textile architectures;</a> </p> <div class="translation"> 机译：3D编织纤维;3D针织纤维;聚合物复合材料;增强架构;纺织架构; </div> </li> </ul> </div> </div> <div class="literature cardcommon"> <div class="similarity "> <h3 class="all_title" id="enpatent66">相似文献</h3> <div class="similaritytab clearfix"> <ul> <li class="active" >外文文献</li> <li >中文文献</li> <li >专利</li> </ul> </div> <div class="similarity_details"> <ul > <li> <div> <b>1. </b><a class="enjiyixqcontent" href="/journal-foreign-detail/0704023065915.html">Effect of reinforcement architecture on the macroscopic mechanical properties of fiberous polymer composites: A review</a> <b>[J]</b> . <span> <a href="/search.html?doctypes=4_5_6_1-0_4-0_1_2_3_7_9&sertext=Ahmad 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href="/search.html?doctypes=4_5_6_1-0_4-0_1_2_3_7_9&sertext=葛平&option=202" target="_blank" rel="nofollow" class="tuijian_auth tuijian_authcolor"> . 葛平</a> <span> <a href="/conference-cn-9805/" target="_blank" rel="nofollow" class="tuijian_authcolor"> . 2011复合材料桥梁技术研讨会 </a> <span> <span> . 2011</span> </span> </div> </li> <li> <div> <b>7. </b><a class="enjiyixqcontent" href="/academic-degree-domestic_mphd_thesis/020314575373.html">纤维素增强聚合物复合材料的制备与力学性能研究</a> <b>[A] </b> <span> <a href="/search.html?doctypes=4_5_6_1-0_4-0_1_2_3_7_9&sertext=鲁婷菊&option=202" target="_blank" rel="nofollow" class="tuijian_auth tuijian_authcolor"> . 鲁婷菊</a> <span> . 2015</span> </span> </div> </li> </ul> <ul style="display: none;"> <li> <div> <b>1. </b><a class="enjiyixqcontent" href="/patent-detail/06120113501994.html">一种仿贝壳结构的超高含量纤维素增强聚合物复合材料及其制备方法</a> <b>[P]</b> . <span> 中国专利： CN113524821A </span> <span> . 2021-10-22</span> </div> </li> <li> <div> <b>2. </b><a class="enjiyixqcontent" href="/patent-detail/061204384880.html">一种纤维增强复合材料结构力学性能预测和控制方法</a> <b>[P]</b> . <span> 中国专利： CN107742005B </span> <span> . 2021.05.04</span> </div> </li> <li> <div> <b>3. </b><a class="enjiyixqcontent" href="/patent-detail/06130422012437.html">METHOD FOR PRODUCING THERMOPLASTIC POLYMER COMPOSITES CONTAINING CLAY NANO PARTICLES AND MAT-TYPED STIFFENERS CAPABLE OF IMPROVING MECHANICAL PROPERTY BY EMBEDDING STIFFENERS AND CLAY NANO PARTICLES INTO THERMOPLASTIC POLYMER COMPOSITES</a> <b>[P]</b> . <span> 外国专利：  KR20120088265A </span> <span> . 2012-08-08</span> </div> <p class="zwjiyix translation" style="max-width: initial;height: auto;word-break: break-all;white-space: initial;text-overflow: initial;overflow: initial;"> <span>机译：通过将硬填料和粘土纳米颗粒嵌入热塑性塑料复合物中来制备包含粘土纳米颗粒和能提高机械性能的垫型硬挺性热塑性塑料复合材料的方法 </span> </p> </li> <li> <div> <b>4. </b><a class="enjiyixqcontent" href="/patent-detail/06130419440354.html">POLYMER COMPOSITE WITH IMPROVED ELECTRIC CONDUCTIVITY, THERMAL STABILITY, AND MECHANICAL 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