#TITLE_ALTERNATIVE#

• Main Author: FIRDAUS NIM: 27115049, ZANIRA
• Format: Theses
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/31895
• Institution: Institut Teknologi Bandung

Large-scale industrial development raises environmental problems. The need for <br /> <br /> textiles and fashion continues to grow. In recent years various developments and <br /> <br /> research have emerged regarding modular textile design in response to <br /> <br /> environmental problems. Modular textile designs that have been made at this time <br /> <br /> have a variety of physical aspects namely variations in shape, size, material, type <br /> <br /> of interlock connection system, structure of the module arrangement, which <br /> <br /> affects the durability of the product. This research was conducted to understand <br /> <br /> the correlation between physical characteristics and the influence of these <br /> <br /> aspects, especially the form of interlock connection on the durability of textile <br /> <br /> products using the type of interlocking connection system, and how to apply this <br /> <br /> type of interlocking connection to the product so that it can be applied to products <br /> <br /> with functions that match durability form of connection and module. Experiments <br /> <br /> were carried out by comparing each physical characteristic of the interlocking <br /> <br /> connection module by making a sample that represented designs that had been <br /> <br /> made previously. The sample is then quantified using the tensile testing test. As a <br /> <br /> result, knowledge is obtained about the correlation of physical aspects and the <br /> <br /> value of how strong each type of textile interlocking connection is in quantitative <br /> <br /> form. The value of durability of the test results obtained then becomes a reference <br /> <br /> for the design of textile products that use a durable interlocking connection <br /> <br /> system in accordance with the function of the product to be made.