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The most popular programming language for implementing numerical analysis methods is Fortran, a language developed in the 1950s that continues to be updated to meet changing needs.
The complex vortices and turbulence, or chaos, that occur in three-dimensional fluid (including gas) flows as velocities increase have proven intractable to any but approximate numerical analysis methods.
Existing graphical, analytical and numerical analysis methods calculate hoop force values as required to equilibrate meridional forces, subsequently fixing their values.
Numerical analysis methods based on system models of the discrete body can better solve these problems.
Using the numerical analysis methods, three critical technological problems are resolved subsequently.
Uncertainties are associated with shear strength parameters of the soil, their complex nature, numerical analysis methods, etc.
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The numerical analysis method of Tensegrity structure is also discussed.
The presented numerical analysis method is compared and verified by measurements on real ships.
The reliability of the numerical analysis method is proven by comparing the numerical results and experiments data.
The reliability of the new numerical analysis method was proven by comparing the numerical and experimental results.
AEFBEM is a numerical analysis method formulated by applying the boundary element method to an acoustic energy flow governing equation.
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