Type of course:
Digital learning, Path
Language:
EN
Duration:
2 hours, 45 minutes
Workload:
3 hours
Proficiency:
Beginner
Target:
Professionals, Workers
This course provides a comprehensive understanding of process planning in manufacturing, with a focus on both conventional and computer-aided approaches, including machining parameter selection for turning. Students will explore the steps involved in process planning and gain knowledge about the selection of machining processes and defining the order of machining operations. Through theoretical and practical exercises, students will develop the skills necessary to generate efficient process plans and utilize computer-aided tools effectively. |
Learning outcomes
- The student demonstrates the ability to analyze manufacturing requirements and articulate an effective industrial process plan, considering factors such as material properties, desired tolerances, production volume, and available resources.
- The student selects appropriate machining processes for a given manufacturing task, evaluating different variables and criteria to ensure optimal process selection, including material properties, desired tolerances, production volume, and available resources.
- The student leads the generation of efficient process plans using both conventional and computer-aided techniques, employing industry-standard software tools to optimize the sequence of machining operations and enhance productivity. They apply critical thinking and problem-solving skills to improve the process plan.
LessonCutting speed selection: First parameter that makes up productivity
Course Content
LessonFeed rate selection: Second parameter that makes up productivity
Course Content
LessonDepth of cut selection: Third parameter to enhance the productivity
Course Content
LessonFeed and depth of cut for breaking chips: The importance of correct selection of cutting conditions to avoid chip nests
Course Content
LessonProcess Planning: Machining parameter selection Quiz
Course Content
Topics
Advanced Manufacturing, CNC Machining, Mechanics
Provided by
Content created in 2023
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