遊戲場地墊材料衝擊衰減性能及同質性之 探討-以宜蘭頭城運動公園為例;Discussion on the Impact Attenuation Performance and Homogeneity of PlayingField Mat Materials-A survey in Toucheng Sports Park

NCUIR > Engineering College > Executive Master of Civil Engineering > Electronic Thesis & Dissertation > Item 987654321/91745

Please use this identifier to cite or link to this item: http://ir.lib.ncu.edu.tw/handle/987654321/91745

Title:	遊戲場地墊材料衝擊衰減性能及同質性之探討-以宜蘭頭城運動公園為例;Discussion on the Impact Attenuation Performance and Homogeneity of PlayingField Mat Materials-A survey in Toucheng Sports Park
Authors:	吳旻宣;Wu, Min-Hsuan
Contributors:	土木工程學系在職專班
Keywords:	遊戲場;地墊材料;同質性;變異性;衝擊衰減性能試驗;臨界墜落高度試驗;Playground;Floor Mat Material;Homogeneity;Variability;Impact Attenuation Performance Test;Critical Drop Height Test
Date:	2023-07-27
Issue Date:	2024-09-19 14:12:27 (UTC+8)
Publisher:	國立中央大學
Abstract:	現今社會，台灣人對於兒童照護及其權益越來越重視，兒童之發展及安全已然成為社會的主流議題，且由於經濟發展，兒童休閒娛樂的場所逐漸從大自然轉為兒童遊戲場，因此對於兒童遊戲場的安全與否至關重要，近年來更是提倡共融式遊戲場，使遊戲場使用族群不再受限制，但也因此對於遊戲場使用地墊材料的考量也更加的複雜，不過不論何種材料安全仍是最基本須符合之要求。目前對於遊戲場鋪面檢測皆僅限於檢測位置及當下之狀況，因此本研究藉由重複試驗之方式來探討遊戲場地墊之同質性、地墊間衝擊衰減性能之變異性及影響因素，將試驗結果彙整分析後發現試驗結果之變異性主要是因材料均勻性、材料特性以及試驗本身之精確度所造成，且臨界墜落高度試驗結果之變異性明顯較衝擊衰減性能試驗來的低。建議日後對於遊戲場地墊合格判定的依據應加入臨界墜落高度試驗，並加強材料檢測及施工管控，確保遊戲場地墊能夠發揮其應有功能，以避免使用者遭受不必要之風險。 ;Today, Taiwanese people are paying more and more attention to children′s care and rights. Children′s development and safety have become mainstream issues in society. Due to economic development, children′s leisure and entertainment places have gradually changedFrom nature to children′s playgrounds. Therefore, ensuring the safety of playgrounds is very important. In recent years, there has been an advocacyFor inclusive playgrounds, so that the use of playgrounds is no longer restricted. However, the considerationsFor the use ofFloor mat materials in playgrounds are also more complicated. Safety remains the most basic requirement that must be met regardless of the material used. Currently, the detection of playground pavement is limited to determining the location and its current condition. Therefore, this study explores the homogeneity of playground mats, the variability of the impact attenuation performance between mats and the influencingFactors through repeated experiments. The test results are compared. After pooling and analyzing, it isFound that the variability of the test results is mainly caused by the uniformity of materials, material characteristics and the accuracy of the test itself. Moreover, the variability of the critical drop height test results is significantly lower than that of the impact attenuation performance test. It is suggested that in theFuture, the critical drop height test should be added to the basisFor judging the qualification of playingField mats. Material testing and construction control should be strengthened to ensure that playingField mats can perform their dueFunctions and avoid unnecessary risksFor users.
Appears in Collections:	[Executive Master of Civil Engineering] Electronic Thesis & Dissertation

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