Brief Description
Stiffness of the spring means load required for unit deflection, It is also known as spring index and is main parameter for specification of springs. Springs like Compression helical spring, Tension helical spring, Leaf spring of various sizes and shapes are designed and manufactured. But to check their stiffness is very difficult unless we have such machine.
Stiffness checking machine also useful in Engineering college, Polytechnics, for laboratory experiments. Stiffness checking machine is useful for spring manufacturer as well as spring purchasers for checking the stiffness. In Industry quality control department helps much more.
Considering wide application of machine this project is taken for design the simple machine...
Stiffness checking machine also useful in Engineering college, Polytechnics, for laboratory experiments. Stiffness checking machine is useful for spring manufacturer as well as spring purchasers for checking the stiffness. In Industry quality control department helps much more.
Considering wide application of machine this project is taken for design the simple machine...
CONTENTS.
TITLE.
1. Synopsis.
2. Final project report.
3. Brief description about project.
4. Type of springs.
5. Materials for helical spring.
6. Materials for leaf spring.
7. Hydraulic fluid.
8. About equipment.
9. Hydraulic circuit.
10. Working principle.
11. Specification.
12. Design of various components.
13. Power pack.
14. Design of main frame.
15. Design of Ram end thread.
16. Design of Adjustable table screw.
17. Design of hydraulic cylinder thickness, flange thickness.
18. Design of end cover & seal box bolts.
19. Design of table.
20. Forward load & Return load calculation.
21. Load/pressure graph for cylinder forward.
22. Load/pressure graph for cylinder return.
23. Cost estmatation,
24. Catalogues.
i. Hand pump.
ii. Lever operated D.C.valve.
iii.Pressure relief Valve.
TITLE.
1. Synopsis.
2. Final project report.
3. Brief description about project.
4. Type of springs.
5. Materials for helical spring.
6. Materials for leaf spring.
7. Hydraulic fluid.
8. About equipment.
9. Hydraulic circuit.
10. Working principle.
11. Specification.
12. Design of various components.
13. Power pack.
14. Design of main frame.
15. Design of Ram end thread.
16. Design of Adjustable table screw.
17. Design of hydraulic cylinder thickness, flange thickness.
18. Design of end cover & seal box bolts.
19. Design of table.
20. Forward load & Return load calculation.
21. Load/pressure graph for cylinder forward.
22. Load/pressure graph for cylinder return.
23. Cost estmatation,
24. Catalogues.
i. Hand pump.
ii. Lever operated D.C.valve.
iii.Pressure relief Valve.
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