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熱收縮刀桿產品開發之探討 = An investigation of the product development of a shrink-fit tool holder

紀錄類型:	書目-語言資料,印刷品 : 單行本
並列題名:	An investigation of the product development of a shrink-fit tool holder
作者:	廖家鋒,
其他作者:	管金談,
出版地:	[南投縣]
出版者:	南開科技大學車輛與機電產業研究所;
出版年:	民102[2013]
面頁冊數:	33葉 : 圖,表 ; 31公分+1張光碟
標題:	熱收縮型刀桿
標題:	shrink-fit tool holder
電子資源:	http://handle.ncl.edu.tw/11296/ndltd/80269482355716315360
附註:	指導教授: 管金談
附註:	參考書目: 葉31-33
摘要註:	本研究進行熱收縮型刀桿之產品開發基礎理論建立。首先將市售規格品以扭力實驗機測試刀桿與刀具間之摩擦係數，再據以結合彈性力學環壓緊配理論進行刀桿幾何尺度如本體外徑半錐度、本體外徑、本體內孔與刀具干涉量等對刀桿握持扭力之影響分析，另外亦探討干涉量對刀桿最大等效應力之影響。研究結果獲得刀桿與刀具熱收縮緊配接觸面間之庫倫摩擦係數為0.117；干涉量、刀桿外徑、刀桿錐度、刀桿長度等越大則刀桿握持扭力越大，成正比關係；干涉量越大刀桿握持產生之最大等效應力越大，成正比關係；本文設計之各規格刀桿干涉量產生之最大等效應力皆低於刀桿材質熱處理後之降伏應力。

熱收縮刀桿產品開發之探討 = An investigation of the product development of a shrink-fit tool holder
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200 1 $a 熱收縮刀桿產品開發之探討 $d An investigation of the product development of a shrink-fit tool holder $f 廖家鋒 $z eng
210 $a [南投縣] $c 南開科技大學車輛與機電產業研究所 $d 民102[2013]
215 0 $a 33葉 $c 圖,表 $d 31公分 $e 1張光碟
300 $a 指導教授: 管金談
300 $a 參考書目: 葉31-33
328 $a 碩士論文--南開科技大學車輛與機電產業研究所
330 $a 本研究進行熱收縮型刀桿之產品開發基礎理論建立。首先將市售規格品以扭力實驗機測試刀桿與刀具間之摩擦係數，再據以結合彈性力學環壓緊配理論進行刀桿幾何尺度如本體外徑半錐度、本體外徑、本體內孔與刀具干涉量等對刀桿握持扭力之影響分析，另外亦探討干涉量對刀桿最大等效應力之影響。研究結果獲得刀桿與刀具熱收縮緊配接觸面間之庫倫摩擦係數為0.117；干涉量、刀桿外徑、刀桿錐度、刀桿長度等越大則刀桿握持扭力越大，成正比關係；干涉量越大刀桿握持產生之最大等效應力越大，成正比關係；本文設計之各規格刀桿干涉量產生之最大等效應力皆低於刀桿材質熱處理後之降伏應力。 $u In this paper, the basic theorem of the product development of a shrink-fit tool holder is established. At first, the friction coefficient in the surface between a tool and a shrink-fit tool holder is found by using a torque testing machine. Then according to the friction coefficient, a serious of analyses on the hold torque of shrink-fit tool holder was carried out. The influences of the geometric parameters such as the outer diameter, the semi-angle of outer cone of the tool holder, the interference between a tool and the tool holder and the maximum effective stress in the shrink-fitted tool holder are examined. Some results have been obtained in this study, the value of the friction factor between the tool and the holder is 0.117; the holder pressure and the holder torque increase with increasing the interference of the shrink-fit, the outer diameter and the outer taper angle of tool holder; the maximum effective stress in the shrink-fitted tool holder increases with increasing the interference between tool and tool holder.
510 1 $a An investigation of the product development of a shrink-fit tool holder $z eng
610 0 $a 熱收縮型刀桿 $a 握持扭力 $a 有限元素分析
610 1 $a shrink-fit tool holder $a hold torque $a interference
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856 7 $u http://handle.ncl.edu.tw/11296/ndltd/80269482355716315360