Normal mode methods are becoming a popular alternative to sample the conformational landscape of proteins.
The mean-POM, computed as the mean of the ensemble-POM across each control mode (Methods), was higher in brain control than in pole control for all cortical areas examined from both monkeys (Figure 7, Table 2).
The normal mode method is used to investigate the obtained dispersion relation (Sect. 3).
To derive a set of discrete ordinary differential equation, the assumed mode method is used.
However, the presented "numerical" (or vector) mode method is suitable for many practical engineering problems.
Hamilton's principle with the assumed mode method is used to develop the governing equation of the structural system.
Hamilton's principle with the assumed mode method is used to develop the dynamical model of the structural systems.
In the linear analysis, the normal mode method is used to reduce the basic set of fluid equations to a linear dispersion relation.
It is assumed that the deformation of the structure is relatively small compared with its characteristic length, so that the assumed mode method is applicable.
In this paper, a range of different vibration problems inherent to rectangular plate systems, that can be solved by the energy based assumed mode method is considered.
A simple and efficient vibration analysis procedure for stiffened panels with openings and arbitrary boundary conditions based on the assumed mode method is presented.
