Abstract
Comparative Study on Path Interval and Two Tool Condition Parameters in Ball and Filleted End Milling
Highlights
Milling process is one of the widespread manufacturing technologies [1]
This study describes the comparisons of path interval determinations and two tool condition parameters in ball and filleted end milling
The purpose of this study is to investigate the relationships between machining factors and path interval determination in end milling
Summary
Milling process is one of the widespread manufacturing technologies [1]. Numerical control machines such as machining center have been developed to automate the manufacturing processes. Computer-aided technologies have consistently assisted and contributed to the developments, and it is undoubted that advanced manufacturing have been created owing to these use [2]. A digital model created using CAD is a basic design in the following product manufacturing such as Computer-aided manufacturing (CAM) [3]. In process planning with CAM, there are a variety of machining parameters to maintain a proper state in milling process. CAM is commonly used in tool path generation especially for multiaxis machine tools [8,9,10,11]
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