Add to ORKGA new, economical iterative technique is suggested in this paper for the analysis of the elastic deformations of high-speed mechanism members. It provides an approximate particular solution which would be representative of the total solution for a mechanism with sufficient internal damping in its members such that the modal vibrations have died out. The eigenvalues and the corresponding eigenvectors need not be solved for explicitly to determine the solution
The platforms of parallel mechanisms usually suffer vibration loads. In these cases, structure elast...
Preface Since the determination of the mechanism transmission principle, the key to mechanism design...
Abstract The Cell Method is a recently developed numerical method that is giving interesting resul...
This thesis addresses the kineto-elastodynamic analysis of a four-bar mechanism running at high-spee...
When developing new mechanisms or machines, foreseen to run at a high speed, designers should take i...
Until recently, vibration effects have generally been neglected in the design of high-speed machines...
The development of the finite element method for the numerical analysis of the mechanical behaviour ...
A new numerical procedure based on an iterative technique is progressively developed in this paper f...
The paper presents a numerical algorithm, based on Koiter's theory of the elastic stability, for det...
Vibration analysis of a new type of compliant parallel mechanism with flexible intermediate links is...
The equations of motion for linearly elastic bodies undergoing large displacement motion are derived...
In a previously reported work, generalized equations of motion were developed for the dynamic analys...
none4The purpose of this research is the analysis of the effects produced by different techniques of...
The Cell Method is a recent numerical method that can be applied in several fields of physics and en...
This paper describes a modal analysis technique to approximate the vibrations of incompressible elas...
The platforms of parallel mechanisms usually suffer vibration loads. In these cases, structure elast...
Preface Since the determination of the mechanism transmission principle, the key to mechanism design...
Abstract The Cell Method is a recently developed numerical method that is giving interesting resul...
This thesis addresses the kineto-elastodynamic analysis of a four-bar mechanism running at high-spee...
When developing new mechanisms or machines, foreseen to run at a high speed, designers should take i...
Until recently, vibration effects have generally been neglected in the design of high-speed machines...
The development of the finite element method for the numerical analysis of the mechanical behaviour ...
A new numerical procedure based on an iterative technique is progressively developed in this paper f...
The paper presents a numerical algorithm, based on Koiter's theory of the elastic stability, for det...
Vibration analysis of a new type of compliant parallel mechanism with flexible intermediate links is...
The equations of motion for linearly elastic bodies undergoing large displacement motion are derived...
In a previously reported work, generalized equations of motion were developed for the dynamic analys...
none4The purpose of this research is the analysis of the effects produced by different techniques of...
The Cell Method is a recent numerical method that can be applied in several fields of physics and en...
This paper describes a modal analysis technique to approximate the vibrations of incompressible elas...
The platforms of parallel mechanisms usually suffer vibration loads. In these cases, structure elast...
Preface Since the determination of the mechanism transmission principle, the key to mechanism design...
Abstract The Cell Method is a recently developed numerical method that is giving interesting resul...