This paper is addressed towards the problem of developing an accurate static and dynamic model for a two-flexible-link manipulator. The inadequacy of existing techniques for flexible link modelling is explained and a new formulation, based on an assumed mode modelling technique with a correction factor derived from finite element analysis, is derived. This takes account of second and third modes in the dynamics and is shown to provide an improvement in model accuracy compared with most modelling algorithms which neglect these higher models
Flexible manipulator systems exhibit many advantages over their traditional (rigid-arm) counterparts...
This paper presents modeling of a flexible link manipulator using Lagrangian technique in conjunctio...
In this paper a modal integration method is proposed for analyzingthe dynamic behavior of multi-link...
This paper is addressed at the difficulty of accurately modelling a two-flexible-link manipulator sy...
The paper is addressed at the problem of developing a static and dynamic model of a single flexible ...
Compares two discretization models-namely, the assumed modes and finite element models-to efficientl...
This paper presents theoretical and experimental investigations into modelling a single-link flexibl...
A closed-form dynamic model of the planar multi-link flexible manipulator is presented. The assumed ...
In this paper, a generalised Euler-Lagrange assumed modes for formulation for a manipulator with mul...
This paper presents theoretical and experimental investigations into the dynamic modelling and chara...
D.Ing. (Mechanical Engineering)Abstract: Flexible link robots offer potential advantages over conven...
The paper presents a dynamic modelling technique for a manipulator with multiple flexible links and ...
This paper presents theoretical and experimental investigations into the dynamic modelling and chara...
This paper presents dynamic modelling of a two-link flexible manipulator based on closed-form equati...
A simple dynamic model proposed for flexible links is briefly reviewed and experimental control resu...
Flexible manipulator systems exhibit many advantages over their traditional (rigid-arm) counterparts...
This paper presents modeling of a flexible link manipulator using Lagrangian technique in conjunctio...
In this paper a modal integration method is proposed for analyzingthe dynamic behavior of multi-link...
This paper is addressed at the difficulty of accurately modelling a two-flexible-link manipulator sy...
The paper is addressed at the problem of developing a static and dynamic model of a single flexible ...
Compares two discretization models-namely, the assumed modes and finite element models-to efficientl...
This paper presents theoretical and experimental investigations into modelling a single-link flexibl...
A closed-form dynamic model of the planar multi-link flexible manipulator is presented. The assumed ...
In this paper, a generalised Euler-Lagrange assumed modes for formulation for a manipulator with mul...
This paper presents theoretical and experimental investigations into the dynamic modelling and chara...
D.Ing. (Mechanical Engineering)Abstract: Flexible link robots offer potential advantages over conven...
The paper presents a dynamic modelling technique for a manipulator with multiple flexible links and ...
This paper presents theoretical and experimental investigations into the dynamic modelling and chara...
This paper presents dynamic modelling of a two-link flexible manipulator based on closed-form equati...
A simple dynamic model proposed for flexible links is briefly reviewed and experimental control resu...
Flexible manipulator systems exhibit many advantages over their traditional (rigid-arm) counterparts...
This paper presents modeling of a flexible link manipulator using Lagrangian technique in conjunctio...
In this paper a modal integration method is proposed for analyzingthe dynamic behavior of multi-link...