With the development of computer technologies, the computational method is widely accepted.
The measured data is used to validate the computational method.
Y.C., K.L.J. and T.S.L. developed the model with input from T.M.L. Y.C. and K.L.J. developed the computational method and Y.C. developed the code.
The computational method does not require any tuning of parameters.
In the present work, the computational method is verified against known results.
The computational method is fully utilized in the design framework of the principle of matching.
Authors used the computational method to simulate the blood flow inside of the cannula.
General guidelines are established to choose the computational method for a given problem.
The computational method was experimentally validated using a Laser Induced Breakdown Spectroscopy based analytical method.
The computational method used is the finite volume technique combined with Godunov's method.
A moving model experimental test was conducted to verify the computational method and mesh.
