Journal Textile Coloration and Finishing Year / Vol., Issue, Month 2022 / V.34,no.2,Jun Title A Study on the Effect of the Shape of the Exhaust Port on the Flow and Temperature Distribution in the Drying Part of the MRG(Mechanical Rubber Goods) Reinforcing Yarn Manufacturing System Authors Hwan Kuk Kim*, Hye In Kwon, and Kyu Hoi Do Institution/Affiliations Korea Textile Machinery Convergence Research Institute Pages/Total page pp.109 ~ 116 / 8 Language Korean Abstract Tire codes are made of materials such as hemp, cotton, rayon, nylon, steel, polyester, glass, and aramid are fiber reinforcement materials that go inside rubber to increase durability, driveability, and stability of vehicle tires. The reinforcement of the tire cord may construct a composite material using tires such as automobiles, trucks, aircraft, bicycles, and fibrous materials such as electric belts and hoses as reinforcement materials. Therefore, it is essential to ensure that the adhesive force between the rubber and the reinforced fiber exhibits the desired physical properties in the rubber composite material made of a rubber matrix with reinforced fibers. This study is a study on the heat treatment conditions for improving the adhesion strength of the tire cord and the reinforced fiber for tires. The core technology of the drying process is a uniform drying technology, which has a great influence on the quality of the reinforcement. Therefore, the uniform airflow distribution is determined by the geometry and operating conditions of the dryer. Therefore, this study carried out a numerical analysis of the shape of a drying nozzle for improving the performance of hot air drying in a dryer used for drying the coated reinforced fibers. In addition, the flow characteristics were examined through numerical analysis of the study on the change in the shape of the chamber affecting drying. Keywords reinforcement fibers, dry nozzle shape, adhesion, tire cord, chamber Download   Reference https://koreascience.kr/journal/OSGGBT.page