Showing
1 - 5
results of
5
Skip to content
Book Bag:
Book Bag
(Full)
Login
Language
English
Deutsch
Find
All Fields
Author
Subject
Tagging
Title
Collective title
Advanced
Search Results - Hubbard, M.
Showing
1 - 5
results of
5
Refine Results
Sort
Relevance
Date Descending
Date Ascending
Entry date descending
Entry date ascending
Author
Title
Email
Export
Print
Save
Add to Book Bag
Select all entries on the page
Select result number 1
1
Evaluation of a subject-specific female gymnast model and simulation of an uneven parallel bar swing
Sheets, A. L.
,
Hubbard, M.
Published in
Journal of Biomechanics
(2008)
“…
Hubbard, M
.…”
Standalone Record
Save to List
Saved in:
Access source
Select result number 2
2
Influence of optimization constraints in uneven parallel bar dismount swing simulations
Sheets, A. L.
,
Hubbard, M.
Published in
Journal of Biomechanics
(2009)
“…
Hubbard, M
.…”
Standalone Record
Save to List
Saved in:
Access source
Select result number 3
3
Effects of low bar avoidance and gymnast size on high bar dismount performance
Sheets, A.
,
Hubbard, M.
Published in
ISB Congress
(2005)
“…
Hubbard, M
.…”
Standalone Record
Save to List
Saved in:
Access source
Select result number 4
4
Optimization of giant swing before dismount for maximal flight revolutions
Sheets, A. L.
,
Hubbard, M.
Published in
The Engineering of Sport 5, Volume 2
(2004)
“…
Hubbard, M
.…”
Standalone Record
Save to List
Saved in:
Select result number 5
5
Development and understanding of gymnastics skills using multi-body dynamics and computer simulation
Sheets, A. L.
,
Hubbard, M.
Published 2003
“…
Hubbard, M
.…”
Standalone Record
Save to List
Saved in:
Access source
Email
Export
Print
Save
Add to Book Bag
Select all entries on the page
Search Tools:
RSS Feed
Email Search
Related Subjects
apparatus gymnastics
biomechanics
element
simulation
technique
analysis
dismount
modelling
uneven bars gymnastics
anthropometry
body
computer
female
horizontal bar gymnastics
investigation method
joint
motor learning
muscle
optimization
parallel bar gymnastics
rotation
skill
theory
training science
×
Loading...