Parametric Analysis of Electric Discharge Machining for Nanocomposites
Kamalkishor Maniyar, Smita Suhane, D Patil, Unknown author, Unknown author, H Kumar, J Davim, P Pecas, E Henriques, G Talla, D Sahoo, S Gangopadhyay, C Biswas, R Karthikeyan, Lakshmi Narayanan, P Naagrazaan, R, S Singh, J Liu, Y Wu, T Yue, S Singh, M Yeh, B Mohan, A Rajadurai, K Satyanarayana, K Rajkumar, S Santosh, S Ibrahim, A Gnanavelbabu, N Radhika, A Sudhamshu, G Chandran, S Singh, S Maheshwari, P Pandey, P Singh, K Raghukandan, M Rathinasabapathi, B Pai, A Ahamed, P Asokan, S Aravindan, S Gopalkannan, T Senthilvelan, S Ranganathan, J Prakash, T Moorthy, J Peter, D Puhan, S Mahapatra, J Sahu, L Das, C Roy, K Syed, P Kuppan, P George, B Raghunath, L Manocha, A Warrier, M Hourmand, S Farahany, A Sarhan, M Noordin
Abstract
Kamalkishor Maniyar and Smita Suhane Multiple reinforcements can be found in nanocomposites. When compared to single reinforced composites, it offers superior mechanical and tribological qualities. Because hard materials are challenging to work with using traditional machining techniques, non-traditional machining methods must be introduced.