Design and Manufacture of a Forehand Attack Exercising Device for Teaching and Training of Table Tennis

Xing Hai Zhang

doi:10.4028/www.scientific.net/AMM.509.96

Paper Titles

Research on Five-Axis NC Machining Simulation for Four-Blade Propeller Based on UG&VERICUT
p.75

Investigation on Aerodynamic Configuration of Monitoring Long Endurance UAV
p.80

Passenger Vehicle Clutch Reliability Optimization Based on the Stress-Strength Interference Model
p.86

Modularization Technology Development Prospects
p.92

Design and Manufacture of a Forehand Attack Exercising Device for Teaching and Training of Table Tennis
p.96

Development and Manufacture on the New Yoga Exercising Device
p.101

Research on Compensation Correction of Leak Impact Factor of Kent Index Method
p.105

Application of MATLAB in Mechanical Optimal Design
p.111

Analysis of Performance of Automotive Exhaust Muffler Based on ANSYS Finite Element
p.118

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 509Design and Manufacture of a Forehand Attack...

Design and Manufacture of a Forehand Attack Exercising Device for Teaching and Training of Table Tennis

Abstract:

Exercising devices are playing important role in assisting the modern teaching and training of table tennis, but so far few exercising devices have been developed. In this paper, a novel forehand attack exercising device of table tennis was designed and manufactured to improve the teaching and training of table tennis, and the basic structure, working principle, processing, technical requirements, operation and applications of the device were described and investigated. With the help of this device, athletes could quickly master essential technical skills and the effect of teaching and training was markedly enhanced.