Considering the effects of fluid-structure interaction(FSI),this paper deduced a new method,finite element transfer matrix method(FEM-TMM) for calculating natural frequencies of fluid-conveying pipes based on the finite element method(FEM).

Vibration characteristic was calculated by using finite element transfer matrix method of multibody system and modal test was completed for a certain naval gun.

The finite element transfer matrix method was applied to analyze the natural vibration characteristics of some slender rocket/projectile,which was validated by experimental data.

In this paper,the strip-like horn is separated into several equal portions,and each portion can be viewed as a compound stepped type horn,and its fre-quency equation is derived by the transmission matrix method.

The transmission matrix method as a new method for continuous beam is proposed in this paper.

In order to improve the design efficiency, according to the transmission matrix method, a software was compiled for forecasting the Acoustic Attenuation Performance and assisting the improved design.

Using transfer matrix method to analyze microperforated panel absorber s acoustic characteristic;

Increment transfer matrix method of nonlinear analysis of interaction for flexible piles and soil;

Structural calculation of steel cable-stayed bridges with transfer matrix method;

In this paper, is mainly discussed the principle and application of transition matrix method in the computation of rotating shafts.

This paper studied multi-bearings of sterntube bearing using the transition matrix method of shipping shaft system alignment.

This paper illustrates the transition matrix method in the shipping shaft system alignment and its realisation by using the proper software, which gets rid of the problems of complexity and inaccuracy when the traditional three bending moment method is used.