Conclusions
In the present study, we have illustrated the reduced differential
transform method for the analytical solution of two and
three dimensional second order hyperbolic linear and
nonlinear TFTEs. The method is applied in a direct way
without using linearization, transformation, discretization or
restrictive assumptions. The effectiveness of the method is
shown from the computational results. These results show
that the RDTM technique is highly accurate, rapidly converge
and is very easily implementable mathematical tool for the
multidimensional physical problems emerging in various
fields of engineering and sciences.