Connor J M Holdback
Biographic Data
| ID | 2770986 |
|---|---|
| NAME | Connor J M Holdback |
| GIVEN NAMES | Connor J M |
| FAMILY NAME | Holdback |
| SIGNATURE | HOLDBACK C J M |
| AFFILIATIONS | The University of Adelaide |
| ORCID | 0000-0003-2334-0414 |
| VERIFIED | Yes |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 1 |
| AUTHOR COUNT | 3 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2022 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 1 |
Effects of pole position and grip height on upper-body kinetics and throwing performance in paralympic seated shot put
Purpose This study investigated the effects of pole position (horizontal distance from the seat) and pole grip height on kinetic parameters and throwing performance in Paralympic seated shot put. Methods Four F33–34 athletes (1 national and 3 international levels) each performed 27 maximum-effort throws across nine pole configurations (3 pole positions × 3 grip heights) in a fully crossed within-subject design. Upper-body joint powers and pole fo…
The dynamics of seated shot put
The impact of pole position in seated shot put has been a key research question both in the previous literature and for coaches in the field. The aims of this research were to understand the dynamics of seated shot put and to investigate the impact of changing pole grip height on trunk parameters. Three grip heights are compared: the athlete's standard grip, 75 mm higher than standard, and 75 mm lower than standard, to determine which grip produc…
Prediction of Propulsion Kinematics and Performance in Wheelchair Rugby
Prediction of propulsion kinematics and performance in wheelchair sports has the potential to improve capabilities of individual wheelchair prescription while minimizing testing requirements. While propulsion predictions have been developed for daily propulsion, these have not been extended for maximal effort in wheelchair sports. A two step-approach to predicting the effects of changing set-up in wheelchair rugby was developed, consisting of: (O…
The dynamics of seated shot put
The impact of pole position in seated shot put has been a key research question both in the previous literature and for coaches in the field. The aims of this research were to understand the dynamics of seated shot put and to investigate the impact of changing pole grip height on trunk parameters. Three grip heights are compared: the athlete's standard grip, 75 mm higher than standard, and 75 mm lower than standard, to determine which grip produc…
Prediction of Propulsion Kinematics and Performance in Wheelchair Rugby
Prediction of propulsion kinematics and performance in wheelchair sports has the potential to improve capabilities of individual wheelchair prescription while minimizing testing requirements. While propulsion predictions have been developed for daily propulsion, these have not been extended for maximal effort in wheelchair sports. A two step-approach to predicting the effects of changing set-up in wheelchair rugby was developed, consisting of: (O…
The dynamics of seated shot put
The impact of pole position in seated shot put has been a key research question both in the previous literature and for coaches in the field. The aims of this research were to understand the dynamics of seated shot put and to investigate the impact of changing pole grip height on trunk parameters. Three grip heights are compared: the athlete's standard grip, 75 mm higher than standard, and 75 mm lower than standard, to determine which grip produc…
Effects of pole position and grip height on upper-body kinetics and throwing performance in paralympic seated shot put
Purpose This study investigated the effects of pole position (horizontal distance from the seat) and pole grip height on kinetic parameters and throwing performance in Paralympic seated shot put. Methods Four F33–34 athletes (1 national and 3 international levels) each performed 27 maximum-effort throws across nine pole configurations (3 pole positions × 3 grip heights) in a fully crossed within-subject design. Upper-body joint powers and pole fo…
Sports injuries and prevention (3 works) · Sports Dynamics and Biomechanics (2 works) · Sports Performance and Training (2 works) · Trunk (2 works) · Aeronautics (1 work) · Aerospace Engineering (1 work) · Cerebral Palsy and Movement Disorders (1 work) · Computer Science (1 work) · Control theory (sociology) (1 work) · Engineering (1 work)