Vinay Sharma Sharma AMIE( MECHANICAL ENGG) ME (PRODUCTION ENGG) PhD(PRODUCTION ENGG)

Date of Joining: 26th February, 1999
  • FLAT NO-403, BLOCK-6, SECTOR-4 KHELGAON HOUSING COMPLEX RANCHI-834012
  • 06512275044
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Research Areas

  • Incremental Microforming
  • My research in this domain focuses on the deformation behavior of various sheet metals subjected to Single Point Incremental Forming (SPIF). A novel aspect of this work involves real-time monitoring and analysis of electromagnetic radiation (EMR) emitted during the plastic deformation process. By correlating EMR patterns with material flow behavior and geometrical complexity, this study aims to provide a comprehensive understanding of material response under non-traditional forming conditions. The insights derived are being utilized to develop predictive models using Artificial Intelligence (AI) and Machine Learning (ML) techniques, with the objective of improving the accuracy and efficiency of micro-sheet metal prototyping for advanced manufacturing applications.
  • Electro Discharge Machining (EDM)
  • This research focuses on micro-machining and reverse micro-machining using Electro Discharge Machining, particularly for hard-to-machine and advanced materials. The key parameters studied include material removal rate (MRR), surface quality, and thermal damage zones. A significant thrust area involves the development of EDM electrodes using rapid prototyping techniques. These electrodes are tested across various tool geometries to evaluate machinability, tool wear, and performance longevity. The overall aim is to advance the understanding of micro-EDM processes and improve their applicability in high-precision manufacturing domains such as biomedical devices, microfluidic systems, and aerospace components.
  • Sustainable Supply Chain Systems
  • In response to the growing need for environmentally responsible logistics, my research explores the design of sustainable and energy-efficient supply chains, especially for perishable commodities. This work is focused on the integration of green practices and energy metrics into traditional supply chain models. One of the pioneering outcomes of this research is the development of an Energy Value Stream Mapping (EVSM) framework, specifically tailored to the unique challenges of handling perishable goods in the Indian rural and semi-urban context. This research contributes toward building resilient, low-waste, and environmentally conscious supply chains, supporting both sustainability goals and rural development.

Work Experience

  • Teaching: 26 Years
  • Research: 2 Years
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Academic Profile

Award and Honours
Award and Honours

4

Total Award and Honours

Leadership & Institutional Service

Teaching & Mentorship

Award and Honours

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Six Sigma Black Belt, from National Centre for Quality Management, Mumbai, in Jan 2008

DRDO Awards for excellent work during the year 1999

Member of ASME   

Intellectual Property Rights (IPR)

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  • Aluminium metal foam and a process for preparation thereof, Patent Numbar338236. Dated 6th June 2012

    • Date:

  • This invention relates to aluminium Metal Foam and a process for the preparation thereof. The material developed by this process is ideally suitable for applications such as in machinery enclosures, plant machinery, walls, automobiles, along roadsides hav

  • http://ipindiaservices.gov.in/PatentSearch/PatentSearch/ViewDocuments

  • https://ipindiaservices.gov.in/PublicSearch/PublicationSearch/PatentDetails

Fellowship

  • Fellow of Institution of Engineers India