Kharis Abdullah, Achmad Zubaydi, Agung Budipriyanto
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引用次数: 1

摘要

材料和建筑领域的技术发展产生了许多创新,其中之一是夹层板系统。夹芯板系统是由两种不同的材料组成的一层材料。夹芯板系统由板面与芯面复合而成。蚌壳是可作为堆芯填料的废弃物之一。作为核心的复合材料是蛤壳粉作为填料和树脂作为基体的混合物。蛤壳粉与树脂的结合,产生了坚固的复合材料。夹芯板系统采用蛤壳粉芯和树脂芯,产生良好的强度。当填料占树脂重量的20%时,材料在甲板上的最大应力为53.32 N/mm2;当填料占树脂重量的30%时,材料在甲板上的最大应力为53.20 N/mm2。最大应力值仍低于类规则所要求的权限应力。
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Aplikasi Sandwich Plate System Berbahan Core Limbah Cangkang Kerang pada Geladak Kapal
The development of technology in the field of materials and construction produces many innovations, one of them is sandwich plate system. Sandwich plate system is a material formed by two different materials into one layer. Sandwich plate system consists of face that from plate and core form composite. Clam shells are one of the waste materials that can be used as filler on the core. The composite material that use as a core is a mixture of clam shells powder as filler and resin as a matrix. The combination of clam shells powder and resin, produces strong composite materials. Sandwich plate system using core from clam shelsl powder and resin produce good strength. The material using 20% clam shells powder as filler of the resin weight has maximum stress 53.32 N/mm2 on the deck and 53.20 N/mm2 for 30% of filler by weight of the resin. The maximum stress value is still below the permission stress required by the class rule.   
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