tool engineering notes

Tool Engineering Notes | Syllabus, Reference Books and Important Questions

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Tool Engineering Notes: The following are the notes for Tool Engineering, where students will find study material best suited to assist them in preparing for their exams. Students will find that these notes are incredibly intricate as they supply tons of important information. It’s essential to note that these notes cover only the critical topics and zip more. Avail subject-wise B.Tech Notes related to Engineering Departments like ECE, CSE, Mech, EEE, Civil, etc. all in one place and plan your preparation according to your requirements.

BTech Geeks Tool Engineering notes can help students to navigate through the subject and provides them with a more straightforward understanding of the subject. These notes are to help students in need during the eleventh-hour preparation of the topic.

Students will find that these notes provide the most straightforward reference books, notes, Curriculum, and an inventory of essential questions for college kids to ask, making their preparation for his or her exam easier. Notes can help students understand the overall outline of the topic and study the topic accordingly.

Introduction to Tool Engineering

Tool Engineering is the field of engineering having to do with various planning stages of processing a product and understanding manufacturing certain products, in respect to the design and manufacturing of the tools, dies, and various other jigs required, and with the control of the production processes.

Tool Engineering Notes Free PDF Download

These notes on Tool Engineering can help students to understand the basic outline of the subject, and students will get a fair understanding of what the subject holds. These notes give students an intricate knowledge of how the production process works and how Tool Engineering plays a role in it. It is important to note that students can use these notes whenever required as they are free all the time and are easily downloadable. These notes on Tool engineering come from credible sources and are cited by experts in the field. Students who are studying tools Engineering can refer to these notes.

Tool Engineering Reference books

Books provide key insights into the subject and the following books are some of the best in the field. The following list of books are from credible sources and are recently updated to suit the needs of students.

Books Author
Metal Cutting Principles M C Shah
Metal Cutting Theory and Tool Design Arshinav
Jigs and Fixtures Grant
Tool Engineering and Design G.R Nagpal
Tool Design Cyril Donaldson and George H Lecain
Metal Cutting and Tool Design Ashok Kumar Singh
Machine Tool Design and Numerical Control Mehta
Embedded Systems: A Contemporary Design Tool James K Peckol
introduction to Jigs and Fixtures Kempster

Tool Engineering updated Syllabus

The Tool Engineering syllabus provides a summary with which students can use to arrange the subject. Tool Engineering is usually a complicated subject if a structure isn’t put in place, which can be more complicated for the person attempting to study, going from basic concepts to the more advanced levels. It’s essential that students understand the importance of employing a curriculum to work out because it helps save plenty of their time. Using this Syllabus, students can concentrate on important topics and not the topics that are redundant and not relevant. Students can use this Syllabus during the preparation of the subject so that they’re going to ace their exams and acquire the best grades possible. Students must remember the updated curriculum so as that they avoid dalliance. The new standard Syllabus for Tool Engineering is as follow-

Unit  content
Unit-1
  • Explain role of tool engineering in industries.
  •  Establish importance of process planning in tool engineering.
  •  Identify and select elements of universal acts in manufacturing operations
Unit -2
  • List cutting tool materials.
  •  Interpret ISOdesignation for carbide inserts. 
  •  Describe process for re-sharpening commonly used cutting tools. 
  •  Interpret ISOdesignation for tool holders for carbide inserts. 
  •  Mount tool holders on conventional milling and drilling machines
Unit-3
  • Explain location and 3-2-1 principle of location. 
  •  Establish importance of degree of freedom in location.
  •  Select and use appropriatelocator for given work piece. 
  •  Select and use appropriate clamping device for given workpiece situation.
Unit-4
  • Differentiate between jigs and fixtures.
  •  Select and design appropriate jig or fixture for given simple workpiece. 
Unit-5
  • Using the right suitable press tool working  for a given simple press tool psrtt.
  • Operate a simple press tool. 
  •  Explain press tonnage and center of pressure for given press tool component. 
  •  Explain dimensions of punch and die for given press tool component. 
  •  Explain  shear angle. 
  •   Explain scrap strip layout for given press tool component. 
  •  Learn to use progressive cutting dice for a given simple press tool component.
Unit-6
  • Calculate bend allowance, bend radii, and spring back for the given simple part. 
  •  Describe working of various dies. 
  •  Select type of die/mould for given part.

List of Important Questions for Tools Engineering

Students studying tools Engineering will require practice questions, and the following questions are some of the most frequent questions that come up in exams. These questions will help students understand the relevant topics and that are more likely to come in their exam.

  1. What is the classification of tools?
  2. What is a press tool?
  3. What is piercing?
  4. What is piercing?
  5. Describe a few side cam tools?
  6. What is perforating?
  7. Describe bending?
  8. What is forming?
  9. What does one mean by drawing?
  10. What’s extrusion?
  11. What is swaging?
  12. Define coining?
  13. What does one understand by sub press tool?
  14. What is louvering?
  15. What is shearing?
  16. Results of plastic penetration stages are?
  17. What are the kinds of external shear load?
  18. Define the tensile load?
  19. What is the shear load?

FAQ’s on Tools Engineering

Question 1.
What is tools engineering? What type of placements can be expected from colleges?

Answer:
Tool Engineering is an offshoot of commercial engineering. The discipline involves the manufacture of tools, and successful graduates of the course are hired within the manufacturing sector as Tool Detailers, CAD Operators, Tool Designers, Mold Makers, Tool Fitters, Jigs Makers, etc., and for other technical positions within the manufacturing industry. Successful graduates curious about pursuing higher studies within the discipline may choose to pursue M. Tech within the subject or for jobs within the R&D section for tool designing. Among the favoured firms that employ such graduates are GE Healthcare, Yamaha Motors, Hero Honda, Robert Bosch, etc

Question 2.
What is piercing?

Answer:
It is the process of opening up sheet metal and making openings to use it for different functions. The remaining cut-outs are usually waste.

Question 3.
What are some essential questions that are asked in Tool Engineering?

Answer:

  • what is perforating?
  • Describe bending?
  • What is forming?
  • What do you mean by drawing?
  • What is extrusion?
  • What is swaging?
  • Define coining?
  • What do you understand about sub press tools?

Question 4.
What are some excellent reference books for Tools Engineering?

Answer:
The following are the best-recommended books by experts on Tools Engineering.

  • G.R Nagpal wrote tools Engineering and Design
  • Tools Design by Cyril Donaldson and George H Lecain

Conclusion

This article has provided the best study material available for Tool Engineering. Students can refer to these notes during revision or during last-minute preparation of the subject. These books, curriculum, and a list of essential questions that are provided are recommended by experts in the field and are genuine and reliable. Students can use these notes to prepare up to their best and get good marks in the subjects.