Add to ORKGThe aim of this study was to investigate the effects of imposing anatomical constraints and robustness requirements on the optimisation of springboard diving takeoff technique. A planar eight-segment model of a diver with torque generators together with a springboard model was used to optimise takeoff techniques for maximum rotational potential in the forward dive group by varying the activation timings of the torque-generators. Optimisation 1 imposed no constraints or robustness requirements. Optimisation 2 imposed anatomical constraints. Optimisation 3 imposed anatomical constraints and a requirement of robustness to perturbations in activation timing. The results showed that imposing both anatomical constraints and robustness requirement...
This study investigated the sensitivity of optimum jumping performances to perturbations in activati...
Elite springboard divers typically make very precise and reproducible movements when they perform th...
© 2018 Elsevier B.V. An angle-driven computer simulation model of aerial movement was used to determ...
The aim of this study was to optimise springboard diving takeoff technique for maximum forward rotat...
Performance in the flight phase of springboard diving is limited by the amounts of linear and angula...
A computer simulation model of a springboard and a diver was developed to investigate diving takeoff...
This study used optimisation procedures in conjunction with an 8-segment torque-driven computer simu...
This paper presents a model which describes the vertical, horizontal and rotational movement of a di...
This study used kinematic data on springboard diving performances to estimate visco-elastic paramete...
Maximum-height jumping and jumping for maximizing backward somersault rotations are simulated. The s...
Forward and reverse springboard somersaulting dives use similar approaches with a hurdle step prior ...
The purpose of this study was to simulate the flight phase of a back 3½ somersault tuck (207 C) for ...
In springboard diving consistency of body orientation at water entry is necessary for a good dive an...
In springboard diving, low variability in takeoff conditions and in the somersault orientation angle...
This study used a computer simulation model to investigate various considerations that affect optimu...
This study investigated the sensitivity of optimum jumping performances to perturbations in activati...
Elite springboard divers typically make very precise and reproducible movements when they perform th...
© 2018 Elsevier B.V. An angle-driven computer simulation model of aerial movement was used to determ...
The aim of this study was to optimise springboard diving takeoff technique for maximum forward rotat...
Performance in the flight phase of springboard diving is limited by the amounts of linear and angula...
A computer simulation model of a springboard and a diver was developed to investigate diving takeoff...
This study used optimisation procedures in conjunction with an 8-segment torque-driven computer simu...
This paper presents a model which describes the vertical, horizontal and rotational movement of a di...
This study used kinematic data on springboard diving performances to estimate visco-elastic paramete...
Maximum-height jumping and jumping for maximizing backward somersault rotations are simulated. The s...
Forward and reverse springboard somersaulting dives use similar approaches with a hurdle step prior ...
The purpose of this study was to simulate the flight phase of a back 3½ somersault tuck (207 C) for ...
In springboard diving consistency of body orientation at water entry is necessary for a good dive an...
In springboard diving, low variability in takeoff conditions and in the somersault orientation angle...
This study used a computer simulation model to investigate various considerations that affect optimu...
This study investigated the sensitivity of optimum jumping performances to perturbations in activati...
Elite springboard divers typically make very precise and reproducible movements when they perform th...
© 2018 Elsevier B.V. An angle-driven computer simulation model of aerial movement was used to determ...