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# ME6601 Questions Bank Design of Transmission Systems

## Sample ME6601 Questions Bank:

PART- A (2 Marks)

1. Give the relationship of ratio of tensions in a V-belt drive.

2. Define maximum tension in a belt.

3. What is the effect of centre distance and diameter of pulley on the life of belts?

4. What are the various losses in the power transmission by belts?

5. In what way the timing belt is superior to ordinary belt?

6. Why V belts are preferred than flat belts?

7. Define creep in belts.

8. What is the advantage of V belt over flat belt?

9. Define slip.

10. Distinguish regular lay and long lay ropes.

11. Give some application of wire ropes.

12. In what way silent chain is better than ordinary driving chain?

13. What do you understand by simplex, duplex and triplex chain?

14 .Explain the chordal action of chain drive.

15. Explain the term “Crowning of Pulley”.

PART-B (16 Marks)

1. A workshop crane is lifting a load of 25kN through a wire rope and a hook. Te weight of the hook etc is 15kN. The rope drum diameter may be taken as 30 times the diameter of the rope. The load is to be lifted with an acceleration of 1 m/s2.Calculate the diameter of the wire rope. Take a factor of safety of 6 and Young’s modulus for the wire rope 80 kN/mm2. The ultimate stress may be taken as 1800 MPa. The cross-sectional area of the wire rope may be taken as 0.38 times the square of the wire rope diameter.

 Subject Name Design of Transmission Systems Subject Code ME6601 Regulation 2013 File PDF

Design of Transmission Systems Syllabus

ME6601 Notes

Design of Transmission Systems Important questions

ME6601 Question Bank

## 2 replies on “ME6601 Questions Bank Design of Transmission Systems Regulation 2013 Anna University”

kennysays:

please do you have the solution to pdf to ME6601 Questions, or question 7 part B. I look forward to hearing from you, thank you sir!

kennysays:

Mr Padeepz, i mean solution to the entire ME6601 Questions or specifically this; A workshop crane is lifting a load of 25kN through a wire rope and a hook. Te weight of the hook etc is 15kN. The rope drum diameter may be taken as 30 times the diameter of the rope. The load is to be lifted with an acceleration of 1 m/s2.Calculate the diameter of the wire rope. Take a factor of safety of 6 and Young’s modulus for the wire rope 80 kN/mm2. The ultimate stress may be taken as 1800 MPa. The cross-sectional area of the wire rope may be taken as 0.38 times the square of the wire rope diameter.
You are doing a great Job sir.