What does FDTM mean in UNCLASSIFIED
The Fractional Differential Transformation Method (FDTM) is a numerical method for solving fractional differential equations (FDEs). It is a modified version of the DTM, which itself is an adaptation of the Adams—Moulton predictor—corrector method.
FDTM meaning in Unclassified in Miscellaneous
FDTM mostly used in an acronym Unclassified in Category Miscellaneous that means fractional differential transformation method
Shorthand: FDTM,
Full Form: fractional differential transformation method
For more information of "fractional differential transformation method", see the section below.
Essential Questions and Answers on fractional differential transformation method in "MISCELLANEOUS»UNFILED"
What are fractional differential equations?
Fractional Differential Equations are non-linear equations that involve derivatives of arbitrary order and allow us to model complex phenomena in fields such as engineering, mathematics and physics.
How is FDTM different from other numerical methods?
FDTM is different from other numerical methods because it uses fractional calculus to divide the solution domain into two parts. On one side we have the initial conditions, on the other side we have the boundary conditions. This allows for better accuracy when solving for an FDE.
Does FDTM work well with non-linear models?
Yes, FDTM works particularly well with non-linear models because it can be used to accurately determine both the initial and terminal conditions of a particular problem, thus making it suitable for applications in various scientific fields.
Can FDTM be used to solve fractional partial differential equations?
Yes, FDTM can be used to solve fractional partial differential equations (fPDEs) by utilizing its ability to separate the solution domain into two pieces depending on the respective initial and terminal conditions.
Is using FDTM difficult?
No, using FDTM isn't difficult. The method only requires two simple steps - firstly dividing up the solution domain by its initial and terminal conditions and then constructing a numerical solution based on these divided domains.
Final Words:
Overall, the Fractional Differential Transformation Method (FDTM) is a versatile strategy for solving fractional differential equations (FDEs). It can easily handle both linear and non-linear models while also being able to handle fractions partial differential equations if necessary. As long as one understands how it works, using this technique can be relatively straightforward.
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