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COURSE OUTLINE
MFG
108L: Manufacturing Processes Laboratory
Credits and Contact Hrs.
(Lecture/Laboratory): 1 credit hour, 3 contact hours per week.
Course Description: Application
of metal-cutting theory using single-and multiple-point cutting tools, basic metal removal
process of toolroom and production machines. Experience on conventional milling machines,
shapers, lathes, surface grinders, and drill presses.
Prerequisites/Co-Requisites:None
/ None
Textbook: Kibbe,
Neely, Meyer & White,, Machine Tool Practices. 5th ed. Prentice Hall, 1995.
References:
Course Coordinator: Robert
L. Wolff, Program Coordinator of Manufacturing Engineering Technology.
Goals/Objectives:
To acquaint the student with
the basic machining processes, machine tools, cutting tools, tool materials, and workpiece
materials.
To provide experience that will
acquaint the student with the effect of cutting speeds, feeds, cutting tool geometry,
cutting tool materials, and coolants on surface finish and dimensional accuracy.
Specific
Objectives:
After
completion of this course:
- The student will have an
understanding of the basic machining processes and how they integrate into Manufacturing
Engineering Technology.
- The student will have
experience in using basic machine tools, reading and interpreting drawings, using
micrometers and dial calipers to measure parts to precision dimension.
- The student will have
experience in preparing engineering laboratory reports and maintaining log books on their
individual projects.
- The student will have produced
a machinists clamp from low carbon steel bar stock to meet the design, tolerances, and
specifications provided on an engineering drawing.
- Each laboratory session will be
preceded by a lecture topic or test as indicated below. During the laboratory sessions the
student will machine components for their individual assignment of producing a machinist
clamp.
Course topics
and lecture hours devoted to each topic:
- Shop Safety ( 1 hr.)
- Blueprint Reading (1 hr.)
- Process Plan for Clamp Project
(1 hr.)
- Lathe, Lathe Tooling and
Operation (3 hrs.):a. Parting b. Knurling c. Thread Cutting d. Drilling e. Boring f. Taper
Turning g. Facing h. Center Drilling
- Vertical Mill, Mill Tooling and
Operation (3 hrs.):a. End Mills b. Ball End Mills c. T-Slot End Mills d. Reaming
- Horizontal Mill and Operation
(3 hrs.):a. Plain Milling b. Form Cutting c. Climb and Conventional Milling
- Drill Press Operations (1
hr.):a. Twist Drills b. Center Drills c. Step Drills d. Drill Sizes
- Surface Grinders and Operation
(3 class hrs.):a. True and Wheel Dressing b. Work Holding c. Wheel Types
- Machinability and Chip
Formation (1 hr.)
- Cutting Fluids (1 hr.)
- Thread Manufacturing Operations
(1 hr.)
- Press Working Demonstration (1
hr.)
- CNC Demonstration (1 hr.)
- Shaper Operation (1 hr.)
- Inspection Techniques (1 hr.)
Computer usage: Word
processing for final report.
Laboratory projects:
Product: Parallel
clamp
Equipment used:
Vertical milling machine (4)
Horizontal milling machine (1)
Lathe (11)
Drill press (4)
Surface Grinder (3)
Hand and special tools
Instruments - micrometer
caliper, dial caliper, height gage, surface plate, gage blocks.
Oral and written
communication requirements: Log book and final report written
Calculus usage: N/A
Library usage: None |