Qualification: 
M.Tech, B-Tech
p_deepthi@blr.amrita.edu

Y. P. Deepthi currently serves as Assistant Professor at department of Mechanical Engineering, Amrita School of Engineering, Bengaluru campus. She has got 7 years of experience in teaching alone. She is pursuing Ph. D. in Polymer.

Qualification  

  • B.Tech. from JNTU.
  • M.Tech. from VTU.

Publications

Publication Type: Conference Paper

Year of Publication Title

2015

Raghavendra Ravikiran K., Y. P. Deepthi, and Prakash, M., “Performance test of cryogenically treated and coated tungsten carbide cutting inserts”, in international conference on mechanical and manufacturing engineering(ICMME) , organized by the department of mechanical engineering, SCSVMV university, 2015.[Abstract]


Production cost is dependent on the life of the Tool. Because of enormous heat generation during the material removal process, life of the tool decreases. Tool life will be enhanced by cryogenic treatment which minimises the temperature at tool tip interface. Taguchi technique was employed to get optimum number of experiments for turning white cast iron after the cryogenic treatment and before cryogenic treatment. The correlation between four main factors such as speed, feed, depth of cut, tool condition and responses such as surface roughness, tool tip temperature were analysed. Mathematical model was formulated for tool tip temperature, and surface roughness. The error for the mathematically formulated model was observed to be less than 5%.The present work indicates that cryogenically treated tool have better surface finish . From the anova analysis it is inferred that tool tip temperature and surface roughness substantially reduced while using cryogenically treated tool. It was observed that cutting forces was more influenced by cutting speed of the tool followed by tool condition. Hardness of the tool insert showed improvement because of coatings.

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2014

K. Annigeri Ulhas, Y. P. Deepthi, and Raghavendra Ravikiran K., “Design, Development and Analysis of Forming tool for side panel of an automobile”, in International Conference on Computer science and Mechanical Engineering , organized by ICCSME Pondicherry, 2014.

Publication Type: Journal Article

Year of Publication Title

2014

K. Annigeri Ulhas, Y. P. Deepthi, and Raghavendra, R. Kiran, “Design, Development & Analysis of Forming Tool for side panel of an Automobile”, International Journal of Mechanical and Production Engineering, vol. 2, no. 6, 2014.[Abstract]


The design, development and structural analysis of forming tool for a side panel of an automobile is carried out in this endeavor. The design protocol is on conventional lines, based on tried and tested norms developed through expertise and experience reported in literature and design chapters. Solid works 2003, Auto CAD R2004 software has been used for modeling and detailing. Finite Element Analysis package Ansys5.4 has been used to determine the stresses that are induced in the Forming tool. This paper gives a brief overview of fabrication of tool, tool cost estimation and finally an insight into the stresses induced in the forming tool.

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