Bansilal Ramnath Agarwal Charitable Trust's

Vishwakarma Institute of Technology,Pune

Faculty Profile
Home | PROF. (DR.) RAJESH JANKIRAM CHAUDHARI

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PROF. (DR.) RAJESH JANKIRAM CHAUDHARI

Designation:

Assistant Professor

Department:

Mechanical Engineering

Email :

rajesh.chaudhari@vit.edu

Phone :

8087789752

   



Personal

Educational Qualification :

University Degree Year
Indian Institute of Technology Madras Phd 2016
Savitribai Phule Pune University Pune ME 1994
Shivaji University BE 1991


Date of Joining : 15/08/2001


Total Experience : 30 year:1 month

Experience :

Sr. No Organisation Designation From Date To Date Years of Experience
1 Cusrow Wadia Institute of Technology Pune Lecturer in Mechanical Engineering 01-Jul-1994 15-Aug-1995 1
2 Dhanshree Industries Satara QA Metallurgist 16-Aug-1995 02-Nov-1995 0
3 Mahindra Mahindra Ltd Automotive Division Mumbai Section Engineer 05-Nov-1995 29-Apr-1999 3
4 Ajay Metachem Ltd Sr Executive 01-Aug-1999 19-Aug-2001 2
5 VISHWAKARMA INSTITUTE OF TECHNOLOGY Assistant Professor 08-Dec-2001 - 23

Professional Contribution :

  1. 1)Industry Advisory Board2)Major Project Coordinator (B.Tech Prod)3)Lab In-Charge (Foundry

  2. TY Production

  3. B.Tech Major Project Coordinator

  4. Internship Coordinator Production

  5. Foundry Forming

  6. Central Library

  7. Industry Advisory Board

  8. IIF Pune Chapter Council Member

  9. 1.Budget, Purchase, Dead-stock


Invited Talks :

Sr. No Name Description Type Role From Date To Date
1 AutoDesk Fusion 360 The program covers key Fusion 360 concepts,including design concepts, working with files and projects, usingFusion Team, and transitioning from other systems. The programalso includes a SOLIDWORKS transition guide and a Mastercamtransition guide for those who come from a SOLIDWORKS orMastercam background FDP Participated 29-Jan-2024 02-Feb-2024
2 Computational Materials Engineering Computational materials engineering involves theapplication of computers to understanding andpredicting the structures and properties ofmaterials and their relationships to processingconditions, based on fundamental physics,thermodynamics, kinetics, mechanics, andnumerical algorithms. The rise of computingpower is allowing for exciting new methods ofmaterial characterization and design. Manymaterials studies now use computationalapproaches, which will only become morecommon as computer power improves in thecoming decades. A key, cross-cutting strength isthe computational prediction of materialproperties from atomic to microstructural scales. Workshop Participated 22-Jan-2024 27-Jan-2024
3 Artificial Intelligence and Generative Models AI Generative Model FDP FDP Participated 15-Jan-2024 19-Jan-2024

International Journal:

  1. To study the effect of controlled cooling on microstructures and hardness of medium carbon steel and alloy steel forged components ,Materials Today: Proceedings,122
  2. Hardness and microstructure analysis of rotary friction welded dissimilar joint of Cu and Ti-6Al-4V ,Key Engineering Materials,123
  3. Estimation of planar and normal anisotropy parameters of as cold rolled and cold rolled with annealed Al 8011 sheets ,Materials Science Forum,123
  4. Surface hardening of CP Ti by laser hardening and development of Ti/TiC Surface Composite by Laser Sintering Technique for wear resistant surface ,Solid State Phenomena,123
  5. Validation of a Harmonic Acoustic Model for Duct-borne Noise & Vibrations onboard Maritime Vessels ,Materials Science and Engineering,123
  6. Microstructure and Mechanical Properties of Titanium Processed by Spark Plasma Sintering (SPS ,Metallography, Microstructure, and Analysis,114
  7. A novel functionally gradient Ti/TiB/TiC hybrid composite with wear resistant surface layer ,Journal of Alloys and Compounds,118
  8. Study of mechanical properties of indium-based solder alloys for cryogenic applications ,Soldering and Surface Mount Technology,122
  9. A novel spark plasma sintering route to process high-strength Ti–4Al–2Fe/TiB nano-composite ,Materials Science and Technology ,118
  10. Evaluation of Shear Properties of Indium Solder Alloys for Cryogenic Applications ,Journal of Materials Engineering and Performance,121

International Conference:

  1. To study the effect of Ni particles on microstructures and mechanical properties of Indium-Bismuth solder alloy" ,Materials Today Proceedings,123
  2. THERMO-MECHANICAL ANALYSIS OF UPSET FORGING OF AISI 1045 STEEL BY USING DEFORM 3D ,Materials Today Proceedings,123
  3. Reaction mechanism, microstructure and properties of Ti-TiB in-situ composite processed by spark plasma sintering (SPS). ,MATERIALS SCIENCE AND ENGINEERING A,113


  1. Extension Activities
  2. Research Guide
  3. Research Publication
  4. Best Paper Award
  5. 1 st Gold Winner TECHgium 6th Edition 2023
  6. L and T Techgium Gold Award
  7. Publication Appreciation Award
  8. Appreciation for FDP Organization
  9. Apprciation award for Services to Community

Research Grant / Funded Projects :

  1. Development of Bio degradable Composite Alginatelginite
  2. Development and characterization of Lead free solders for sustainable Industrial Applications
  3. To identify, evaluate and qualify a suitable alternate aluminum anodizing method to chromic acid aluminum anodising

Patents :

  1. A METHOD FOR THE PREPARATION OF TI-TIB IN SITU COMPOSITE



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