THAMIZHVEL R
@ifet.ac.in
Assistant Professor
IFET College of Engineering, Villupuram
Scopus Publications
Scholar Citations
Scholar h-index
Scholar i10-index
Scopus Publications
Senthil R, Thamizhvel R, and Sudagar S
Informa UK Limited
Thamizhvel R, Manikandan A, Praveen Kumar S, and Sivasankaran S
IEEE
The growth of the electronic industries have developed in recent decades to make more electronic items as the demands increases which lead to disposal of non-bio degradable waste. This causes environmental pollution and harmful effect to human being and animals. In this project, the abrasive particles used in the abrasive jet machining process are made from repurposed e-waste. For this idea, the flow analyses of nozzle are finding from the research on various published papers. Based on research the nozzle is fabricated. Further, the e-waste like CRT and using sieving and segregated methods, monitors are gathered and reformed into abrasive particles. The mixing chamber is constructed, and the abrasive particles and dry air are mixed inside. Then, through the outlet opening, the mixed particles are forced to flow out into the working chamber. As a result, in the abrasive jet machining process, a targeted stream of abrasive particles is accelerated through a nozzle at a high velocity stream to machine the glass materials. Furthermore, the abrasive particle performance parameters of the abrasive jet machining process are assessed.
Senthil Ramalingam, R. Thamizhvel, S. Sudagar, and R. Silambarasan
Elsevier BV
N. Sethuraman, D. Karthikeyan, S. Vinodraj, R. Thamizhvel, and Gowtham Kumarasamy
Elsevier BV
R. Thamizhvel, K. Suryavarman, V. Velmurugan, and N. Sethuraman
Elsevier BV
N. Sethuraman, K. Surya Varman, R. Venkatakrishnan, and R. Thamizhvel
Elsevier BV
R Thamizhvel, N Sethuraman, M Sakthivel, and R Prabhakaran
IOP Publishing
Abstract For the past few years, the generation of the solid waste was increasing which makes the environment pollution. In such solid waste products are reused by waste management process like gasifier. The solid waste products majorly dump into the municipal wastages, the paper cup waste was regular waste from the municipalities in such waste was regular in practice. Recycling of paper cups is not easy because it has a paraffin or polyethylene plastic and also need 150 years to degrade. So far focus on the recycling of paper cup waste, which was treated to the downdraft gasifier when the producer gas formed by means of supplying compressed air to the gasifier, After that the producer gas pass with inlet air into to the combustion chamber. In this project deals the analysis of paper cup waste which characterized by using TGA, CHN analysis and also evaluated the performance of CI engine.