My work at Swansea University is
focused on the development of a novel morphing airfoil
structure called the "FishBAC", short for Fish Bone Active
Camber mechanism. This concept employs a highly anisotropic
compliant structure. The biologically inspired
arrangement of a thin bending spine, shape maintaining "ribs" (or
more properly "stringers" in this aerospace application) and a
flexible Elastomeric Matrix Composite skin create a structure
capable of large, bi-directional, changes in airfoil
camber. Large changes to the lift coefficient are obtained
with only modest increases in drag, creating a significantly more
efficient variable lift solution than the flaps traditionally used.
FishBAC
Wind Tunnel Model - Unmorphed
FishBAC
Wind Tunnel Model -
Morphed
The
aim of my work with the FishBAC concept centers on proving its
viability as a real life solution for a wide range of applications,
including manned and unmanned airplanes, helicopters, wind turbines,
tiltrotors, and underwater tidal stream turbines.To this end, the design and
efficacy of the structure is being investigated using a range of
analytical and experimental techniques. Multiple modeling
approaches of differing fidelity and scale are being applied to
the concept to understand and optimize the various components.
Similarly, experimental testing is being performed individually on the various components
and on the integrated system.
Please feel free to
contact me should you be interested in any of the material contained
in this website.