A simulation model and a rigid body model are used to evaluate aerial twisting techniques. It is found that when somersault is not present, a number of cycles of segment counter-rotation are required to produce one twist. When somersault is present, twist may be introduced by producing tilt using asymmetrical movements of the arms, chest or hips about the sagittal plane. The same asymmetrical movements may be used to remove tilt, although the effectiveness of these techniques is dependent upon body configuration and the direction of somersault
At the 1991 World Student Games, eight reverse 1½ somersault dives with 2½ twists were recorded duri...
The aim of this research study was to determine the twist limits for double somersaults on trampolin...
The somersault is a key skill in gymnastics and diving. Almost all the rotation required must be per...
A simulation model and a rigid body model are used to evaluate aerial twisting techniques. It is fou...
This series of four papers comprises a theoretical investigation into twisting somersaults. Both sim...
A method is presented for determining the contributions made by contact and aerial twisting techniqu...
Twisting movements are categorised into three mechanical types, named as DIRECT, COUNTER-ROTATION an...
A simulation model and a rigid body model are used to investigate twisting initiated during the take...
In the aerials event of freestyle skiing, athletes perform three somersaults with up to five twists....
In the takeoff and early flight phase of a twisting somersault, joint coordination is based on feed-...
© 2018 Elsevier B.V. An angle-driven computer simulation model of aerial movement was used to determ...
At the 1996 Atlanta Olympic Games, 18 single somersaults with one twist in the women’s compulsory fl...
Looking for new arm strategies for better twisting performances during a backward somersault is of i...
Theoretical analyses have shown that rotations of a rigid body about the principal axis cor- respond...
An angle-driven computer simulation model of aerial movement was used to determine the maximum amoun...
At the 1991 World Student Games, eight reverse 1½ somersault dives with 2½ twists were recorded duri...
The aim of this research study was to determine the twist limits for double somersaults on trampolin...
The somersault is a key skill in gymnastics and diving. Almost all the rotation required must be per...
A simulation model and a rigid body model are used to evaluate aerial twisting techniques. It is fou...
This series of four papers comprises a theoretical investigation into twisting somersaults. Both sim...
A method is presented for determining the contributions made by contact and aerial twisting techniqu...
Twisting movements are categorised into three mechanical types, named as DIRECT, COUNTER-ROTATION an...
A simulation model and a rigid body model are used to investigate twisting initiated during the take...
In the aerials event of freestyle skiing, athletes perform three somersaults with up to five twists....
In the takeoff and early flight phase of a twisting somersault, joint coordination is based on feed-...
© 2018 Elsevier B.V. An angle-driven computer simulation model of aerial movement was used to determ...
At the 1996 Atlanta Olympic Games, 18 single somersaults with one twist in the women’s compulsory fl...
Looking for new arm strategies for better twisting performances during a backward somersault is of i...
Theoretical analyses have shown that rotations of a rigid body about the principal axis cor- respond...
An angle-driven computer simulation model of aerial movement was used to determine the maximum amoun...
At the 1991 World Student Games, eight reverse 1½ somersault dives with 2½ twists were recorded duri...
The aim of this research study was to determine the twist limits for double somersaults on trampolin...
The somersault is a key skill in gymnastics and diving. Almost all the rotation required must be per...