AbstractFinite element analysis is often applied to further our understanding of the mechanics of sports equipment. The aim of this research was to develop and validate a finite element model of a cricket ball/bat impact. The ball model was independently validated against experimental data for normal impacts on a fixed rigid surface, at speeds up to 35 ms-1. Finite element models were produced for two bat geometries, with ball/bat impact simulations compared to experimental data. A rigid body model was also applied to each bat. The validation experiment involved projecting a ball at 30 ms-1 normal to a freely suspended bat, at a range of locations on the long axis. The finite element models were in good agreement with the experimental data ...
In this article a finite element model is developed to study the oblique soccer ball bounce. A caref...
A study has been undertaken to develop techniques for assessing baseball bat durability and performa...
AbstractStudies of impact dynamics of cricket balls have the potential of significantly improving th...
Finite element analysis is often applied to further our understanding of the mechanics of sports equ...
AbstractFinite element analysis is often applied to further our understanding of the mechanics of sp...
This paper presents an explicit finite element analysis of a cricket ball impacting against a cantil...
This paper presents an explicit finite element analysis of a cricket ball impacting against a cantil...
AbstractThis paper presents an explicit finite element analysis of a cricket ball impacting against ...
ABSTRACT: The aims of this study were to experimentally measure and numerically describe the perfor...
In cricket, balls are delivered at speeds ranging from 25 to 45 m/s. The force generated upon impact...
AbstractRigid body impact models have been used in a number of racket and bat sports to better under...
AbstractA baseball consists of a spherical cork core that is wrapped with two layers of rubber, thre...
In cricket, high speed impacts occur between the cricket ball, the bat, players and their protective...
AbstractIn cricket, balls are delivered at speeds ranging from 25 to 45 m/s. The force generated upo...
An explicit finite-element (FE) model of a pressurised tennis ball is presented. The FE model was us...
In this article a finite element model is developed to study the oblique soccer ball bounce. A caref...
A study has been undertaken to develop techniques for assessing baseball bat durability and performa...
AbstractStudies of impact dynamics of cricket balls have the potential of significantly improving th...
Finite element analysis is often applied to further our understanding of the mechanics of sports equ...
AbstractFinite element analysis is often applied to further our understanding of the mechanics of sp...
This paper presents an explicit finite element analysis of a cricket ball impacting against a cantil...
This paper presents an explicit finite element analysis of a cricket ball impacting against a cantil...
AbstractThis paper presents an explicit finite element analysis of a cricket ball impacting against ...
ABSTRACT: The aims of this study were to experimentally measure and numerically describe the perfor...
In cricket, balls are delivered at speeds ranging from 25 to 45 m/s. The force generated upon impact...
AbstractRigid body impact models have been used in a number of racket and bat sports to better under...
AbstractA baseball consists of a spherical cork core that is wrapped with two layers of rubber, thre...
In cricket, high speed impacts occur between the cricket ball, the bat, players and their protective...
AbstractIn cricket, balls are delivered at speeds ranging from 25 to 45 m/s. The force generated upo...
An explicit finite-element (FE) model of a pressurised tennis ball is presented. The FE model was us...
In this article a finite element model is developed to study the oblique soccer ball bounce. A caref...
A study has been undertaken to develop techniques for assessing baseball bat durability and performa...
AbstractStudies of impact dynamics of cricket balls have the potential of significantly improving th...