This review paper deals with two problems in structural engineering dynamics; one is deterministic, the other is of stochastic nature. One problem is linear, the other is nonlinear. Authors have a biased preferential view on these problems because of their active involvement in the discussed research topics. Still, these two problems reflect, at least in a small manner, some developments in this vast and fascinating field. The first part deals with deterministic linear vibrations of double-walled carbon nanotubes either in classical or refined setting; the second part is devoted to the nonlinear random vibrations of structures
This monograph deals with methods for analysis the random vibration of deterministic or uncertain hy...
This paper is an update of an earlier paper by Ibrahim (1987) and is aimed at reviewing the papers p...
Nonlinear Approaches in Engineering Applications focuses on nonlinear phenomena that are common in t...
[[abstract]]This paper investigates the statistical dynamic behaviors of nonlinear vibration of the ...
[[abstract]]This paper adopts stochastic FEM to study the statistical dynamic behaviors of nonlinear...
[[abstract]]In this study, we perform the stochastic dynamic analysis of nonlinear vibration of the ...
Stochastic or random vibrations occur in a variety of applications of mechanicalengineering. Example...
This study considered the solution of the stochastic vibration of non-linear mechanical systems with...
This study considered the solution of the stochastic vibration of non-linear mechanical systems with...
In this paper, the problem of random vibration of geometrically nonlinear MDOF structures is conside...
Nonlinear phenomena should play a crucial role in the design and control of engineering systems and ...
A summary of studies on simple but strongly nonlinear crystallographic models that make use of some ...
Uncertainties are a central element in structural analysis and design. But even today they are frequ...
[[abstract]]The present study deals with the dynamic response variability of nonlinear thermal–mecha...
The present textbook has been written based on previous lecture notes for a course on stochastic vib...
This monograph deals with methods for analysis the random vibration of deterministic or uncertain hy...
This paper is an update of an earlier paper by Ibrahim (1987) and is aimed at reviewing the papers p...
Nonlinear Approaches in Engineering Applications focuses on nonlinear phenomena that are common in t...
[[abstract]]This paper investigates the statistical dynamic behaviors of nonlinear vibration of the ...
[[abstract]]This paper adopts stochastic FEM to study the statistical dynamic behaviors of nonlinear...
[[abstract]]In this study, we perform the stochastic dynamic analysis of nonlinear vibration of the ...
Stochastic or random vibrations occur in a variety of applications of mechanicalengineering. Example...
This study considered the solution of the stochastic vibration of non-linear mechanical systems with...
This study considered the solution of the stochastic vibration of non-linear mechanical systems with...
In this paper, the problem of random vibration of geometrically nonlinear MDOF structures is conside...
Nonlinear phenomena should play a crucial role in the design and control of engineering systems and ...
A summary of studies on simple but strongly nonlinear crystallographic models that make use of some ...
Uncertainties are a central element in structural analysis and design. But even today they are frequ...
[[abstract]]The present study deals with the dynamic response variability of nonlinear thermal–mecha...
The present textbook has been written based on previous lecture notes for a course on stochastic vib...
This monograph deals with methods for analysis the random vibration of deterministic or uncertain hy...
This paper is an update of an earlier paper by Ibrahim (1987) and is aimed at reviewing the papers p...
Nonlinear Approaches in Engineering Applications focuses on nonlinear phenomena that are common in t...