Team - 1: Integrated Machine Health Monitoring (IMHM)

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Team Members

Objectives:

  • To Design and development of an intelligent system for machine health monitoring.
     

 

Team - 2: Dynamical Systems and Vibrations

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Team Members

Objectives

  • The objective of this group is to do research in the area of computational nonlinear dynamics and vibrations. The research activities mainly focus on development of new computational tools for the analysis and design of nonlinear systems and the use of nonlinear effects for better performance of engineering systems.
     

Team – 3: Vibration and Condition Monitoring

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Team Members

Objectives

  1. Condition monitoring in machining / chatter prediction and classification
  2. Condition monitoring of rotating machinery like pumps, compressors etc.
  3. New product design for societal improvement
  4. Application and suitability testing of Composite material
     

Team – 4: Sustainable Development/Manufacturing Engineering

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Objectives

  1. To integrate sustainability with manufacturing and design.
  2. To improve understanding of sustainability in manufacturing and design, and to enhance technology transfer.
  3. To develop green manufacturing towards sustainable development for modern manufacturing industries.
     

Team - 5: Exergy Studies

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Team Members

Objectives

  • To quantify the exergy destruction (entropy generation) of a system during a process and reducing the irreversibilities of the system (Second Law Analysis)by doingExergy studies of all fields in Engineering, Science and Medicine with a diverse coverage.
     

Team – 6: Alternate Energy Conversion Technologies

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Team Members

Team – 7: Computational Mechanics

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Team Members

Objectives

This TAG group works on developing detailed computational models using the Finite Element techniques to accurately predict large-scale deformation processes that involves multi-functional, coupled, and non-linear responses of engineering materials. The numerical results are validated with experiments. In addition, the group is also involved with developing intelligent and cost-effective design methodologies and solutions.

Following are the kind of problems that the group is involved with:

  • Sheet metal Rolling with analysis of propagation of defects.
  • Flow-forming of large cylindrical tubes used for high strength applications.
  • High Speed Machining of hard-to-machine materials like Ti alloys and Inconel.
  • Hydro-forming of rolled metallic sheets.
  • Fatigue-Fracture-Failure of engineering systems.
  • Creep modeling.
  • Wear of polymer-coated bearings under low-load applications.
     

Team - 8: Industrial Engineering 

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Team Members

Objectives

  • Our TAG is aimed to create a platform and facilitate knowledge sharing on advancesIn Industrial Engineering specifically in the areas of lean manufacturing, agile manufacturing, supply chain management, financial supply chain management etc… The major objective is to explore the possibilities of potential research scope in the areas mentioned.
     

Team - 9: Casting and Welding

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Objectives

  • To study the characteristics and the mechanical behavior of the alloys based on the applications
  • To improve the life and performances of the alloys for the applications 
     

Team - 10: Surface Engineering &Cryogenic Materials Processing

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Team - 11: Light Weight & Smart Materials 

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Team Members

Objectives

  • Establish a core group of faculty dedicated for teaching and research on lightweight materials, characterization and processing with a reputation for research by publications and fund generation.
  • Establishing technological research center for the development, processing and characterization of advanced materials to support and promote research & development activities in the department.
  • Enhance educational excellence of the department and promote collaborative partnerships with other research organizations and industry.
  • Conduct seminars/colloquia/continuing education courses for practicing engineers on lightweight and smart materials.
     

Team - 12: IC Engines & NVH Studies

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Team Members

Objectives

Based on your ad-hoc request to give our tag team objective, which is (Tentative) "To be recognized as a leader in engineering education and research in the area of IC Engines and NVH studies through continued learning and enhancing professional development in these domains"

207
PROGRAMS
OFFERED
5
AMRITA
CAMPUSES
15
CONSTITUENT
SCHOOLS
A
GRADE BY
NAAC, MHRD
8th
RANK(INDIA):
NIRF 2018
150+
INTERNATIONAL
PARTNERS