Directory 1. foreword
2. Mechanical manufacturing process design task book
Step 3 refer to
4. Part analysis
Step 5 identify gaps
6. Draw up the process route
7. Plane milling process calculation
8. Boring calculation
9. Drilling calculation
10. Grinding calculation
1 1. Design of special fixture for boring.
12. Preface of graduation design summary
Graduation design of mechanical manufacturing technology is an important teaching link on the basis of completing all university courses and graduation practice. This design requires that we can comprehensively apply the basic theory we have learned and combine the practical knowledge we have learned in actual production to independently analyze and solve the process problems, and initially have the ability to design the process specification of a moderately complex part (pre-selected valve body) and the ability to draw up the fixture design scheme and complete the fixture structure design by using the basic principles and methods of fixture design. It is also a practical opportunity to be familiar with and use manuals, charts and other related technical materials and write technical documents, laying a good foundation for future work. Mechanical manufacturing process design task book
1. Design theme:
Processing technology specification and boring fixture design of pre-selected valve body
2. Original data:
1) production plan: 65438+ 10,000 pieces/year.
2) Production type: medium batch production
3) Workshop working system: two shifts.
3. Design content
1) parts blank drawing 1.
2) 1 set of processing cards
3) 1 set of processing cards
4) Special clamp 1.
5) Design specification 1 reference
Literature (1): a concise manual of mechanical manufacturing process design.
Literature edited by Li Yimin of Harbin Institute of Technology (2): A Concise Manual of Cutting Parameters (3rd Edition)
Literature edited by Ai Xing and Xiao Shigang (3): Handbook of Machining Technology
Literature published by Beijing Publishing House (4): Fixture Design Manual for Metal Cutting Machine Tools (Second Edition)
Pu Linxiang, editor-in-chief of Mechanical Engineering Press
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