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TEKNOSAINS : Jurnal Sains, Teknologi dan InformatikaTEKNOSAINS : Jurnal Sains, Teknologi dan Informatika

The development of an Internet of Things (IoT)-based textile machine monitoring system requires a reliable and mechanically safe support structure. A key issue in current practice is the design of control and monitoring frameworks that rely solely on prior models, without adequate testing and validation. This study aims to evaluate the structural strength of the textile machine monitoring system support frame using the Finite Element Method (FEM). The 3D frame model was designed using CAD software and analysed numerically via static simulation with a loading scenario of 100–150 N applied to the upper part of the structure. The material used is mild steel with mechanical characteristics commonly used in industrial applications. The analysis includes evaluation of Von Mises stress, displacement, and safety factor. The simulation results show a maximum stress of 0.5582 MPa, a maximum displacement of 0.001842 mm, and a safety factor exceeding 12. These values indicate that the designed structure has excellent resistance to static loads and is safe for use in industrial environments. This study provides a strong foundation for developing a reliable and sustainable support structure for textile machine monitoring systems.

This study evaluated the structural strength of a textile machine monitoring system support frame using the Finite Element Method (FEM).The simulation results demonstrated that the designed frame successfully accommodates monitoring devices with good space efficiency and stability.The analysis confirmed the structures safety under applied loads, with a maximum stress well below the yield limit of mild steel and a high safety factor, indicating its suitability for industrial applications.

Penelitian lebih lanjut dapat dilakukan untuk menguji performa struktur penyangga ini dalam kondisi dinamis, seperti saat terjadi getaran mesin tekstil, untuk memastikan keandalannya dalam lingkungan operasional yang sebenarnya. Selain itu, studi optimasi material dapat dilakukan dengan mengeksplorasi penggunaan material alternatif seperti aluminium atau komposit ringan untuk mengurangi berat struktur tanpa mengorbankan kekuatan dan kekakuan. Terakhir, pengembangan sistem pemantauan berbasis sensor yang terintegrasi dengan struktur penyangga dapat memberikan informasi real-time tentang kondisi struktural, memungkinkan deteksi dini potensi kerusakan dan pemeliharaan preventif, sehingga meningkatkan umur pakai dan mengurangi risiko kegagalan sistem secara keseluruhan. Penelitian-penelitian ini akan memberikan kontribusi signifikan dalam pengembangan sistem pemantauan mesin tekstil yang lebih efisien, aman, dan berkelanjutan.

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