Synthesis, Testing of Nylon 6,6/multi-wall Carbon Nanotube and Modeling , Analysis of Tennis Racket

The tennis racket design had many improvements in last few years. The racket heads have grown larger, on frames that have become lighter. The racket frame and strings are of great importance for the player performance. The paper proposes synthesis and mechanical testing of Nylon6,6/MWNT newer nanocomposite material to a tennis racket frame , the strings made by nylon fiber , the creating model of tennis racket frame and applying newer material and analysis. The nanocomposite using Universal testing machine, Impact and Hardness machine test the mechanical properties. The racket shape and dimensions can be established by the designer. The racket design was performed by using CREO software. The racket model can be implemented in Ansys analysis software in order to study the mechanical properties of the racket, especially the impact, vibration between tennis ball, string bed of the racket and transverse to frame.