Research Projects @ Amrita University

Online Testing of IC Engines

This testing facility is created to modernize the Heat Engines laboratory with funding from AICTE in the MODROB scheme with the equipments indicating Package, Crank angle encoder, and Combustion Analyser Eddy current Dynamometer.

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Development of a Real-time, Process Control Method Based on Neural Network Model Using Feedback of Weld Pool Geometric Parameters Measured by a Vision-based Technique and Experimental Verification for Automated Arc Welding Processes

The funded amount received from AICTE under Research Promotion Scheme (RPS) will be utilized to create facility with a vision system and a tri-axial manipulator in the Welding Research Lab. Research in the area of controlling the welding process with a feed-back of weld pool geometry has been of interest lately as a way to improve the quality and the consistency.

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development-of-a-real-time-process-control-method-based-on-neural-network-model-using-feedback-of-weld-pool-geometric-parameters-measured-by-a-vision-based-technique-and-experimental-verification-for-automated-arc-welding-processes
Modernization of Metallurgy Laboratory for Mechanical Testing, Metal Forming and Quantitative Metallurgical Microstructure Analysis

The funded amount received from AICTE under MODROB scheme has been utilized to modernize the Metallurgy Laboratory with the following equipments:

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Modernisation of Dynamics Laboratory for realtime vibration analysis (MODROB)

The project titled "Modernisation of Dynamics Laboratory for realtime vibration analysis (MODROB)" is funded by AICTE. The Principal Investigator of the project is Dr. Joshi C. Haran.

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Improvement in Transient Stability Margin using STATCOM with Super Capacitor

This project investigates algorithms to capture the intelligence about the faults, from a small working model of the actual system, which can be used to scale up the fault models to the high end system. The ideas developed in the project can be used effectively to learn the intelligence about the faults without working with the high end systems, and thereby making modeling the faults a less expensive process.

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