Date

6-2010

Degree Name

BS in Aerospace Engineering

Department

Aerospace Engineering Department

Advisor(s)

Eltahry Elghandour

Abstract

A small scale composite wing based on a design found on an experimental aircraft was designed, constructed, and tested dynamically and statically. The wing was constructed similarly to an experimental aircraft wing. The performed static test was intended to produce pure bending. Strain gages were used to measure strains on the wing structure. The strains were converted to stresses to aid in analysis. The static test results suggested that the wing was actually under torsion. Four structural modes were found from the static test. A finite element analysis model was made to compare experimental results to numerical analytical results. The comparison showed a good correlation with spar stresses, but differences in the experimental and modeled load resulted in no comparison with rib and skin stresses.