Effects of Varying Punch-Die Clearances During Hole Piercing In Chain Components – A Simulated Experimental Study
DOI:
https://doi.org/10.37255/jme.v4i4pp148-153Keywords:
DEFORM 3D, Piercing, Metal StampingAbstract
The punch die clearance in metal stamping tool is an important factor which decides the produced component’s quality. It affects the size and quality of the profile produced by the blanking or piercing operation. An attempt is taken in this study to analyses the effects of varying punch-die clearances during hole piercing operation in an industrial chain component using DEFORM 3D software. Simulations were conducted with insufficient, optimum and Excessive clearance values and their results are discussed. The simulation experiments are conducted on AISI 1060 steel component used for industrial chain as inner plate, and the results of the simulations are discussed.
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References
Taupin, Breitling, Wu and Altan, 1996, “Material fracture and Burr Formation in Blanking – Results of FEM Simulations and Comparisons with Experiments”, Journal of Materials processing technology, Vol. 59, pp. 68-78.
Eren Billur, 2010, “Die Materials and wear in stamping AHSS, Part III”, Stamping Journal, pp. 12-13.
Soumya Subramonian, Taylan Altan,Bogdan Ciocirlan, Craig Campbell, 2013, “Optimum selection of variable punch-die clearance to improve tool life in blanking non-symmetric shapes”, Intl. journal of Machine tools & Manufacture, Vol. 75, pp. 63-71.
Deform 3D V6.1 Manual,2011
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