Technology II.

Lecturer:

Tutor:

Supervisor:

Department of Machining, Process Planning and Metrology

Synopsis:

mechanics of chip formation, cutting processes, finishing operations, non-traditional machining processes. Production rates calculation, machining economics. Automation of processes, programming of manufacture. Engineering metrology. Assembly techniques. Introduction to process planing.

Requirements:

Basics of cutting technology.

Syllabus of lectures:

1. Theory cutting - inception chippings and her classification.

2. Theory cutting - force, warmth and cutting temperature.

3. Theory cutting - system SPID, abrasion tool and his sharpening.

4. Economies cutting of the process - option optimum cutting conditions, drafting, boundary batch.

5. CNC machine tools - division, their evolution and evolution their technological possibility.

6. Hand programming - programming lathe and milled machine, cycle.

7. Mechanical programming - CAM systems, systems workshop programming.

8. Automatization large-lot production - types machine and their technological possibilities.

9. Production thread - in singles technology and their technological possibilities.

10. Production tooth system - in singles technology and their technological possibilities.

11. Finish method - in singles technology and their technological possibilities.

12. Unconventional method - in singles technology and their technological possibilities.

13. Design construction - fundamentals, classification. Assembly - sorts reel, activities at assembly, design assembly.

Syllabus of tutorials:

1. Metrology - metering longitude, calibre, run-out.

2. Metrology - metering thread and tooth systém.

3. Theory cutting - metering force and temperature measuring.

4. Theory cutting - metering tool wear.

5. Automatization production workpiece - types machine and their technological possibilities.

6. Hand programming - assemblage NC programme for CNC lathe and for CNC milling machine.

7. Machining process planning - procedures and documents.

8. Mechanical programming - CAM systems, make-up of partprograms.

9. Cutting tools - material, cutting geometry, sharpening.

10. Economics of the cutting process - calculation boundary dues and opt. cutting conditions.

11. Consultation of semestral work.

12. Spec. technology - shaving, finishing cut method, production thread and tooth system.

13. Unconventional technology - segmentation and their technological possibilities. Assembly - fundamentals of segmentation construction according to assembly, assembly organization.

Study Objective:

To give students knowledge with methods of technology of machining.

Study materials:

http://www.americanmachinist.com/

Note:

Further information:

No time-table has been prepared for this course

The course is a part of the following study plans: