Analysis of Facility Needs for Artistic Gymnastics to Optimize the Limited Space of School Arena

Tubagus Herlambang, Tandiyo Rahayu, Sulaiman, Tri Rustiadi
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Abstract

Majority of sports organizations including gymnastics in Central Java Province are still using school arena which is quite small and not representative according to the rules of Federation Internationale de Gymnastics (FIG). Meanwhile, athletes must to train without any obstacles from external factors such us facilities. Study Purpose: To provide a solution which might be applied on the limited school area by doing field analysis and designing appropriate model, especially for uneven bars apparatus in gymnastics. This is a research and development, the protocols have been approved by research committee of Post Graduate Program, Universitas Negeri Semarang and Central Java Province Federation of Gymnastics (PERSANI). Materials in this research are school arena, the uneven bars. Observation and measurement were used to collect the data, then analyze by using a software Computer Aided Design. Data are showed as descriptive quantitative. To facilitates an uneven bars can be built either by using wood logs or fiber glass with adjustable poles (lower: 1.61-1.70 meters; upper:2.41-2.50 meters), and with properties of handrail such as tension: 13.64 Newton, displacement: 1.17 mm, strain: 4.428 m/m. Modified uneven bars has been designed to optimize training session in limited school area.
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艺术体操设施需求分析优化学校体育馆有限空间
在中爪哇省,包括体操在内的大多数体育组织仍在使用学校场地,根据国际体操联合会(FIG)的规定,这种场地很小,没有代表性。同时,运动员的训练必须不受外界因素如设施的阻碍。研究目的:以体操高低杠项目为例,通过实地分析和设计合适的模型,为学校有限的场地提供可行的解决方案。这是一项研究和开发,该协议已由研究生计划研究委员会,三宝垄大学和中爪哇省体操联合会(PERSANI)批准。本研究的材料是学校场地,高低杠。采用观察法和测量法收集数据,并用计算机辅助设计软件进行分析。数据以描述性定量表示。为了方便建造高低杠,可以使用原木或带有可调节杆的玻璃纤维(低:1.61-1.70米;高度:2.41-2.50米),扶手的拉力:13.64牛顿,位移:1.17 mm,应变:4.428 m/m。改进高低杠的设计是为了在有限的学校面积内优化训练。
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