This paper presents the modeling of a flexure-based precisionpositioning system for micro-positioning uses. The positioningsystem is featured with monolithic architecture, flexure-basedjoints and ultra fine adjustment screws. Its workspace has beenevaluated via analytical approaches. Reduction mechanism isoptimally designed. The mathematical model of the positioningsystem has been derived, which is verified by resorting to finiteelement analysis (FEA). The established analytical and (FEA) models are helpful for a reliable architecture optimization andperformance improvement of the positioning system. Article in Lithuanian. Didelio tikslumo padėties nustatymo sistemos modeliavimas Santrauka. Straipsnyje pristatomas didelio tikslumo cent...
This thesis investigates the requirements in their totality of precision positioning instruments wit...
This study deals with the characterization of flexure hinges for the purpose of implementation in hi...
This paper presents the mechanical design, parameter optimization and experimental tests of a 2-degr...
The paper presents modelling precise dual axis flexure-based precision positioning systems for micro...
This paper presents a model of a precise dual axis flexure-based positioning system for micro-positi...
The paper presents the model and design of a flexure-based 4 DOF precision positioning system for mi...
The paper presents modelling precise dual axis flexure-based precision positioning systems for micro...
The paper analyzes the hysteresis phenomenon of positioning systems with flexible elements for trans...
In the industrial world the interest in Precision Positioning Systems is exponentially increasing in...
The precision raster-forming systems creation and development must be based on research in the speci...
The paper deals with design and computation of precise positioning mechanism. The aim of mechanism i...
The goal of this thesis is to develop an efficient finite element model of a particular micro-positi...
The main task was investigation and precision improvement for a positioning drive, installed in a t...
The precision raster-forming systems creation and development must be based on research in the speci...
This thesis focuses on the design and modeling methods of selective-actuation flexure parallel mecha...
This thesis investigates the requirements in their totality of precision positioning instruments wit...
This study deals with the characterization of flexure hinges for the purpose of implementation in hi...
This paper presents the mechanical design, parameter optimization and experimental tests of a 2-degr...
The paper presents modelling precise dual axis flexure-based precision positioning systems for micro...
This paper presents a model of a precise dual axis flexure-based positioning system for micro-positi...
The paper presents the model and design of a flexure-based 4 DOF precision positioning system for mi...
The paper presents modelling precise dual axis flexure-based precision positioning systems for micro...
The paper analyzes the hysteresis phenomenon of positioning systems with flexible elements for trans...
In the industrial world the interest in Precision Positioning Systems is exponentially increasing in...
The precision raster-forming systems creation and development must be based on research in the speci...
The paper deals with design and computation of precise positioning mechanism. The aim of mechanism i...
The goal of this thesis is to develop an efficient finite element model of a particular micro-positi...
The main task was investigation and precision improvement for a positioning drive, installed in a t...
The precision raster-forming systems creation and development must be based on research in the speci...
This thesis focuses on the design and modeling methods of selective-actuation flexure parallel mecha...
This thesis investigates the requirements in their totality of precision positioning instruments wit...
This study deals with the characterization of flexure hinges for the purpose of implementation in hi...
This paper presents the mechanical design, parameter optimization and experimental tests of a 2-degr...