In horse racing, the practice of using concussion pads to minimize impact force has been recommended, but their effectiveness in preventing injury has not been measured. A device was designed to test the effects of viscoelastic concussion pads by applying similar loads exerted by a horse. The forces and creep data collected from the device were analyzed with other previously gathered equine injury data to determine which material can best prevent injuries and if the pads are effective. From these data, we determined that the concussion pads reduced the impact force by up to 27% and were able to relax in time for successive hoof impacts
This study examines the effect of impact surface on head kinematic response and maximum principal st...
This thesis is a study of the hoof deceleration and the propagation of impact related shock waves th...
Reasons for performing study: Thus far, pressure-plate analysis has been limited to measurements on ...
The sport of horseracing has a long history of devastating leg injuries to its prize athletes: the h...
This project integrated biology and engineering to develop a procedure to quantify the functional pe...
The constant impact loading, due to horseracing, can be detrimental to the health of the limbs of th...
OBJECTIVES: To evaluate the damage inflicted by an unshod hoof and by the various horseshoe material...
Leg injuries are a common problem in sports horses and it is generally accepted that the landing of ...
Horse riding predisposes to degenerative spinal injury to both rider and horse. This study evaluated...
34th International Conference on Biomechanics in Sports, Tsukuba, Japan, 18-22 July 2016This study e...
International Research Council on Biomechanics of Injury (IRCOBI) 2017, Antwerp, Belgium, 13-15 Sept...
The aim of this study is to evaluate the extent of the impact and compression of the spine at the lu...
A recent survey by the authors of the present study indicated that headcollar (halter, USA) related ...
The slipping of the equine foot at the moment of impact during high-speed locomotion is known to be ...
To reduce injuries to greyhounds caused by collisions with fixed racing track objects such as the ou...
This study examines the effect of impact surface on head kinematic response and maximum principal st...
This thesis is a study of the hoof deceleration and the propagation of impact related shock waves th...
Reasons for performing study: Thus far, pressure-plate analysis has been limited to measurements on ...
The sport of horseracing has a long history of devastating leg injuries to its prize athletes: the h...
This project integrated biology and engineering to develop a procedure to quantify the functional pe...
The constant impact loading, due to horseracing, can be detrimental to the health of the limbs of th...
OBJECTIVES: To evaluate the damage inflicted by an unshod hoof and by the various horseshoe material...
Leg injuries are a common problem in sports horses and it is generally accepted that the landing of ...
Horse riding predisposes to degenerative spinal injury to both rider and horse. This study evaluated...
34th International Conference on Biomechanics in Sports, Tsukuba, Japan, 18-22 July 2016This study e...
International Research Council on Biomechanics of Injury (IRCOBI) 2017, Antwerp, Belgium, 13-15 Sept...
The aim of this study is to evaluate the extent of the impact and compression of the spine at the lu...
A recent survey by the authors of the present study indicated that headcollar (halter, USA) related ...
The slipping of the equine foot at the moment of impact during high-speed locomotion is known to be ...
To reduce injuries to greyhounds caused by collisions with fixed racing track objects such as the ou...
This study examines the effect of impact surface on head kinematic response and maximum principal st...
This thesis is a study of the hoof deceleration and the propagation of impact related shock waves th...
Reasons for performing study: Thus far, pressure-plate analysis has been limited to measurements on ...