Simple but valid methods of measuring
buoyancy and the sinking force of legs.
Measurement of passive drag force and
associating this with buoyancy measurements and physical
characteristics e.g. hip and ankle muscle utilisation (active and
passive flexibility)
Influence of altitude training on
swimmers with hindered blood flow to some limbs.
Jet lag
Mechanical efficiency of disability
swimmers (Energy cost, power, muscle use).
Computer simulations allowing the
calculation of the loss of efficiency when e.g. a hand (propulsive
surface) was lost.
Investigate the need (viability) for a
specific class(es) for longer distance events in freestyle. This
includes the 400 m free as well as Open Water events. (e.g. combining
S9, S10, S13 and S14?)
Solicit information in other fields
such as biology (fish swimming) which might help with the questions
now proposed.
Set up suggested guidelines to be used
by national governing bodies in their athlete selection policy.
Closely related to this are the meet standards and medal times.
Investigate facility, seating and
transport problems for championship venues
All topics regarding race analysis as
well as stroking parameters.
Relationship of training background
(Quantity and Quality) and age to performance.
Topics related to motivation, team
membership, retirement (life after sport) and the under representation
of women in some classes.
Medal and final place distribution
within impairment groups.
Athletes concerns for the future of the
sport.