Explains the use of conventional abrasives and super abrasives, as well as traditional grinding machines. Covers advanced milling applications utilizing the horizontal boring mill; application of basic and advanced cutting tool materials; electrical discharge machining and wire cutting; electrochemical, abrasive flow, ultrasonic, and abrasive water jet machining; electromagnetic, electro spark, and powder metallurgy forming; various laser applications; and rapid prototype development and robotics/automation.
Goals, Topics, and Objectives
- Conventional Abrasives
- Superabrasives for Grinding
- Grindability of Materials
- Surface Grinders
- Surface Grinder Accessories and Operations
- Cylindrical Grinders
- Cylindrical Grinding Operations
- Universal Tool and Cutter Grinder
- Jig Grinder
- Conventional Cutting Tools
- Advanced Cutting Tools
- Advanced Cutting Tool Technology
- Horizontal Boring Mill
- Jig Bore
- Electrical Discharge Machining (EDM)
- EDM Tap Removal
- Electrical Discharge Wire Cutting
- Electro-Chemical Machining (ECM)
- Explosive Forming Process
- Electro-Spark Forming Process
- Electro-Magnetic Forming Process
- Powder Metallurgy Process
- Abrasive Flow Machining
- Ultrasonic Machining
- Laser Technology
- Abrasive Water Jet Machining
- Chemical Milling
- Rapid Prototype Development
- Design for Manufacture
- 3-D Solid Modeling
- Robotics
- Robotics Technology
- Automation
- Automation Processes
Assessment and Requirements
All assessment of student achievement is left to the discretion of the individual instructor. Final grade will be a combination of quiz grades and attendance.
Texts, handouts, and/or workbooks will be determined by the TAE Department.