2015
DOI: 10.1016/j.promfg.2015.11.023
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Analysis of Working Posture on Muscular Skeleton Disorders of Operator in Stamp Scraping in ‘Batik cap’ Industry

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Cited by 20 publications
(15 citation statements)
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“…UNESCO recognizes batik art originated from Indonesia, especially Java [7]. In addition, another reference said that Batik was only made limited by the court (Javanese kingdom), then brought out the court by the followers of the King, from this the Batik art developed in the community [8]. Batik has experienced a long way in Java [9].…”
Section: A Batik: It Is Very Close However Unknownmentioning
confidence: 99%
“…UNESCO recognizes batik art originated from Indonesia, especially Java [7]. In addition, another reference said that Batik was only made limited by the court (Javanese kingdom), then brought out the court by the followers of the King, from this the Batik art developed in the community [8]. Batik has experienced a long way in Java [9].…”
Section: A Batik: It Is Very Close However Unknownmentioning
confidence: 99%
“…Sutari, et al [9] telah melakukan penelitian postur kerja terhadap gangguan kerangka otot pada operator industri batik cap dengan menggunakan RULA. RULA adalah metode dalam penyelidikan berhubungan dengan gangguan ekstremitas pada tubuh bagian atas [10].…”
Section: Pendahuluanunclassified
“…The tools list included mainly the following methods for: Analyzing awkward body postures such as Rapid Upper Limb Assessment (RULA; McAtamney & Corlett, ), Rapid Entire Body Assessment (REBA; Hignett & McAtamney, ) and Ovako Working Posture Assessment (Karhu, Kans, & Kuorinka, ). Evaluating manual material handling activities such as NIOSH Lifting Equation (Waters, Putz‐Anderson, Garg, & Fine, ). Evaluating comfort level assessment such as Body Parts Symptoms Survey (BPSS; Corlett & Bishop, ).Another motivation for evaluating discomfort movement is the development of digital human models for the ergonomic design of products, as described by Alkan, Vera, Ahmad, Ahmad, and Harrison (), Boulila, Ayadi, and Mrabet (), and Qutubuddin, Hussain, Kumar, and Reddy (). Thanks to recent progress, it has become easier for ergonomics experts to assess human factors in the planning phase before the design of the workstation (Prádanos, et al, ; Sutari, Nugroho, Yekti, Astuti, & Sari, ). This tool has enabled companies to assess operator performance and safety using 3D human models for digital simulations (Kushwaha & Kane, ; Shamsuddin, Ilyas, Nurhidayat, & Shafee, ).…”
Section: Introductionmentioning
confidence: 99%
“…Another motivation for evaluating discomfort movement is the development of digital human models for the ergonomic design of products, as described by Alkan, Vera, Ahmad, Ahmad, and Harrison (2016), Boulila, Ayadi, and Mrabet (2018), and Qutubuddin, Hussain, Kumar, and Reddy (2019). Thanks to recent progress, it has become easier for ergonomics experts to assess human factors in the planning phase before the design of the workstation (Prádanos, et al, 2011;Sutari, Nugroho, Yekti, Astuti, & Sari, 2015). This tool has enabled companies to assess operator performance and safety using 3D human models for digital simulations (Kushwaha & Kane, 2016;Shamsuddin, Ilyas, Nurhidayat, & Shafee, 2015).…”
mentioning
confidence: 99%