Several real phenomena emerging in engineering and science
fields can be demonstrated successfully by developing models
using the fractional calculus theory. Fractional differential
theory has gained much more attention as the fractional order
system response ultimately converges to the integer order
equations. The applications of the fractional differentiation
for the mathematical modeling of real world physical problems
such as the earthquake modeling, the traffic flow model
with fractional derivatives, measurement of viscoelastic material
properties, etc., have been widespread in this modern
era. Before the nineteenth century, no analytical solution
method was available for such type of equations even for the
linear fractional differential equations. Recently, Keskin and
Oturanc [1] developed the reduced differential transform