Publication: Tool path selection strategies for complex sculptured surface machining
Program
KU-Authors
KU Authors
Co-Authors
N/A
Editor & Affiliation
Compiler & Affiliation
Translator
Other Contributor
Date
Language
Type
Embargo Status
N/A
Journal Title
Journal ISSN
Volume Title
Alternative Title
Abstract
High performance machining of complex free form surfaces is very critical in many different industries. In this research, an advanced mathematical model of cutting forces that is based on the kinematics and mechanics of the 3D sculptured surface machining is integrated with CAM packages in order to predict the complex tool-workpiece engagements and machining forces for any tool path. Machined 3D free form topographies and distributions of errors between the desired CAD and machined surfaces are also predicted in advance. Now, an evaluation of different tool path strategies for 3D complex sculptured surfaces can be made. Theoretical simulations of forces and surface topographies for different tool paths are presented and compared with experimental measurements.
Source
Publisher
Taylor & Francis Inc
Subject
Engineering, Manufacturing engineering, Mechanical engineering, Materials science
Citation
Has Part
Source
Machining Science And Technology
Book Series Title
Edition
DOI
10.1080/10910340801913979
item.page.datauri
Link
Rights
N/A