Sports biomechanics
Publisher:
Published by Edinburgh University Press Ltd on behalf of International Society of Biomechanics in Sports,. [London] : Routledge, Taylor & Francis Group
Frequency: Bimonthly, 2019-
Country: England
Language: English
Author(s):
International Society for the Biomechanics of Sport.
Start Year:2002 -
ISSN:
1476-3141 (Print)
1752-6116 (Electronic)
1476-3141 (Linking)
1752-6116 (Electronic)
1476-3141 (Linking)
Impact Factor
2.2
2022
| NLM ID: | 101151352 |
| (OCoLC): | 50161777 |
| LCCN: | 2002243518 |
| Classification: | W1 SP509A |
Static pelvic posture is not related to dynamic pelvic tilt or competition level in dressage riders. Static assessment and grouping of riders by competition level are prevalent in equestrian coaching practice and research. This study explored sagittal pelvic tilt in 35 competitive dressage riders to analyse the relationship between static and dynamic postures and assess the interaction of competition level. Riders were assessed using optical motion capture on a riding simulator at halt and in walk, trot, and left and right canter. Mean, minimum and maximum pelvic tilt, and range of motion (ROM) were measured as the pitch rotation of a rigid body formed by markers placed on the rider's left/ri...
The influence of impact surface on head kinematics and brain tissue response during impacts with equestrian helmets. Current equestrian standards employ a drop test to a rigid steel anvil. However, falls in equestrian sports often result in impacts with soft ground. The purpose of this study was to compare head kinematics and brain tissue response associated with surfaces impacted during equestrian accidents and corresponding helmet certification tests. A helmeted Hybrid III headform was dropped freely onto three different anvils (steel, turf and sand) at three impact locations. Peak linear acceleration, rotational acceleration and impact duration of the headform were measured. Resulting accelerations served...
Kinematics and electromyographic activity of horse riders during various cross-country jumps in equestrian. The objective of this study was to identify the key biomechanical patterns (functional muscles and kinematics) of amateur horse riders during various cross-country jumps in equestrian. Eleven riders first performed a control condition that corresponded to jumps over three different obstacles (log wall, brush and tree trunk) before jumping over the same three obstacles in a cross-country course. 3D Kinematics and electromyographic (EMG) activity was synchronously collected which included seven muscles of the riders back, lower and upper limbs. Maximum voluntary isometric strength of knee extens...
Linear kinematics at take-off in horses jumping the wall in an international Puissance competition. Sagittal plane SVHS video recordings (50 Hz) were made of horses jumping the wall at an international Puissance competition. Video sequences were manually digitized and six kinematic variables at take-off were analyzed. Nine horses started the competition with the fence height at 1.80 m, and two horses attempted the fence in the fifth and final round with the fence height at 2.27 m. For successful performances, fence height was correlated with the following take-off variables: vertical velocity of the centre of mass (r = 0.45, p = 0.03); height of centre of mass (r = 0.44, p = 0.04); distance ...
Effects of the rider on the linear kinematics of jumping horses. This study examined the effects of the rider on the linear projectile kinematics of show-jumping horses. SVHS video recordings (50 Hz) of eight horses jumping a vertical fence 1 m high were used for the study. Horses jumped the fence under two conditions: loose (no rider or tack) and ridden. Recordings were digitised using Peak Motus. After digitising the sequences, each rider's digitised data were removed from the ridden horse data so that three conditions were examined: loose, ridden (including the rider's data) and riderless (rider's data removed). Repeated measures ANOVA revealed significa...