Add to ORKGRandom vibration is the phenomenon wherein random excitation applied to a mechanical system induces random response. We summarize the state of the art in random vibration analysis and testing, commenting on history, linear and nonlinear analysis, the analysis of large-scale systems, and probabilistic structural testing
Analytical and experimental investigations are made of the response of linear systems subject to mag...
The random vibration analysis of aircraft structural components is often performed with simplified t...
This paper presents a framework to assess the random vibration response of single-span beams. The be...
Random Vibrations: Theory and Practice covers the theory and analysis of mechanical and structural s...
Stochastic or random vibrations occur in a variety of applications of mechanicalengineering. Example...
Many structural systems encountered in aeronautical, civil and mechanical engineering are excited by...
Abstract. The various techniques available for the analysis of nonlinear systems ubjected to random ...
The use of random signal analysis in vibration and structural analysis is discussed and documented. ...
Ir. i oduction Mechanical systems are not always excited by a harmonic force of fixed frequency and ...
This paper proposes a novel experimental test procedure to estimate the reliability of structural dy...
Determination of the stresses and displacements which occur in response to random excitations cannot...
Structures that are members of an ensemble of nominally identical systems actually differ due to var...
Structures and mechanical components are frequently subjected to the oscillating loads which are ran...
This book is a result of many years of author's research and teaching on random vibration and contro...
The effects of both stiffness and damping nonlinearities on force-limited, random vibration test spe...
Analytical and experimental investigations are made of the response of linear systems subject to mag...
The random vibration analysis of aircraft structural components is often performed with simplified t...
This paper presents a framework to assess the random vibration response of single-span beams. The be...
Random Vibrations: Theory and Practice covers the theory and analysis of mechanical and structural s...
Stochastic or random vibrations occur in a variety of applications of mechanicalengineering. Example...
Many structural systems encountered in aeronautical, civil and mechanical engineering are excited by...
Abstract. The various techniques available for the analysis of nonlinear systems ubjected to random ...
The use of random signal analysis in vibration and structural analysis is discussed and documented. ...
Ir. i oduction Mechanical systems are not always excited by a harmonic force of fixed frequency and ...
This paper proposes a novel experimental test procedure to estimate the reliability of structural dy...
Determination of the stresses and displacements which occur in response to random excitations cannot...
Structures that are members of an ensemble of nominally identical systems actually differ due to var...
Structures and mechanical components are frequently subjected to the oscillating loads which are ran...
This book is a result of many years of author's research and teaching on random vibration and contro...
The effects of both stiffness and damping nonlinearities on force-limited, random vibration test spe...
Analytical and experimental investigations are made of the response of linear systems subject to mag...
The random vibration analysis of aircraft structural components is often performed with simplified t...
This paper presents a framework to assess the random vibration response of single-span beams. The be...