This paper reviews the recent advances on the combination of component mode synthesis
and model order reduction for geometrically nonlinear analysis, focusing on fixed-interface …

In this work, a modular approach is introduced to select the most important eigenmodes for
each component of a composed structural dynamics system to obtain the required accuracy …

Pipes conveying fluid have non-linearizable dynamics when the flow velocity is large
enough. Developing analytical models that accurately capture these highly nonlinear and …

Rotating cylindrical shells are widely used in many engineering fields, and due to
processing or other errors, non-uniform will happen from time to time, which will affect the …

Spacecrafts usually suffer from the thermal shock during operation, leading to large control
error or even failure. At the same time, spacecrafts are often rigid-flexible coupled multibody …

Towards a complete and accurate assessment of the model parameters (ie, frequency,
damping ratio, and mode shape) of supertall buildings, this study proposes a new modal …

State feedback is mostly used in the active vibration control of structural systems. However,
the most challenging problem is to achieve the whole state of the structure. Another issue in …

Active control in adaptive structures allows for reducing the structural weight of a building
and thus to drastically decrease the construction sector's global impact. For an active control …

Complex engineering dynamical systems often comprise interconnected subsystems (also
called components or modules) developed by distinct teams of engineers. Accurate yet …

The superelement floating frame formulation models the motion of a flexible body by making
a distinction between overall rigid-body motion and local deformations and expresses the …