Process planning for components manufactured by turning

Type of course:

Digital learning, Path

Language:

Duration:

2 hours, 40 minutes

Workload:

6 hours

Proficiency:

Beginner

Target:

Professionals, Workers

This course focuses on the critical aspects to be considered for machining parameter selection, specifically cutting speed, feed rate, and depth of cut, for components manufactured by turning. Students will explore the factors that influence these parameters and their impact on machining performance and surface quality. Additionally, the course covers the aspects to be considered for cutting speed selection (both roughing and finishing), feed rate selection (both roughing and finishing), and depth of cut selection (both roughing and finishing), including techniques to break chips effectively. Through theoretical lessons and practical exercises, students will develop the skills necessary to determine optimal machining parameters for different machining operations in the context of process planning for turning components. This integrated approach ensures that students gain a comprehensive understanding of both process planning considerations and the selection of machining parameters for turning operations.

Learning outcomes

The student demonstrates the ability to determine the key aspects to consider when selecting machining parameters, including cutting speed, feed rate, and depth of cut. They understand the influence of these parameters on machining performance and surface quality in turning operations.
The student assesses the specific factors to consider when selecting cutting speed for both roughing and finishing operations. They take into account considerations such as material properties, tool wear, cutting forces, and desired surface finish. Based on these factors, the student can make informed decisions regarding cutting speed selection.
The student leads activieties when selecting feed rate for both roughing and finishing operations in turning. They consider factors such as material removal rate, cutting forces, chip evacuation, and tool life. By analyzing these factors, the student can determine the appropriate feed rate for achieving desired machining outcomes.