The purpose of this study is to provide evidence of technique changes during learning a
sports-specific skill, the looped bar longswing (LLS). Thirteen male participants with no …

Biomechanics helps us understand the association between technique changes and
performance improvement during learning. The aim of this research was to investigate joint …

Coordination between arm-trunk and trunk-leg is important for effective longswing
performance. This research describes inter-segmental coordination changes after a practice …

Kinetic analyses of the chalked bar longswing on high bar and its associated progressions
were used to explain musculoskeletal contributions during the performance of these skills …

Biomechanical energetic analysis of technique can be performed to identify limits or
constraints to performance outcome at the level of joint work, and to assess the mechanical …

Based on specificity of training and biomechanical analysis, the aim of this study was to
develop a method to rank selected progressions for learning the longswing on high bar …

This study explained and assessed the similarity in joint kinetic profiles between the
longswing (LS) and four progressions. Video recordings of four male gymnasts performing …

This study focused on identifying the most effective skill progression for developing the
longswing on high bar in men's artistic gymnastics. Building on previous work by Irwin and …

The aims of this study were to determine the contributions of the gymnast's musculoskeletal
system during the execution of a general longswing on high bar and to evaluate the overall …

An individual's a priori talent can affect movement performance during learning. Also, task
requirements and motor-perceptual factors are critical to the learning process. This study …