Failure mode and reliability analysis is particularly important for robot manipulators to be deployed in remote environments, where inspection and repair are diffcult, and reliability is of prime importance. This is particularly true for manipulators involved in hazardous waste management operations, where failure could be both expensive and highly dangerous. In this paper, we describe a Fault Tree Analysis and detailing of the major failure modes of a robot manipulator-based system for tank waste retrieval. The advantages and limitations of this type of analysis for hazardous waste robotics are detailed and discussed.National Science FoundationSandia National Laborator
This thesis focuses on the study of dynamics and control, and failure detection and identification (...
Current methods in combining Petri net modeling with fault tree analysis for systems failure and saf...
The scientific facilities emitting ionizing radiation may have some significant failures and hazard ...
Failure mode and reliability analysis is particularly important for robot manipulators to be deploye...
This paper describes the application of Fault Tree Analysis to the design phase of a robot manipulat...
This paper outlines the use of a failure modes and effects analysis for the safety assessment of a r...
This paper outlines the use of a Failure Modes and Effects Analysis for the safety assessment of a r...
Abstract—Mobile robot reliability must be guaranteed before they can be employed in hazardous domain...
This thesis focuses on the study of failure detection and identification of an innovative multi-modu...
Robotic manipulators have been identified as a major technology to be utilized in the cleanup and ma...
This study presents reliability and availability analyses of four different types of robot-safety sy...
The Rosie mobile worksystem is a robot that is on the cutting edge of hazardous environment robotics...
Operations in hazardous and/or remote environments are often performed by robots. The hostile nature...
In recent years, Many manufacturing industries for promoting their efficiency have tended to use the...
In this paper, the reliability of a collective robotic system is analysed using two different techni...
This thesis focuses on the study of dynamics and control, and failure detection and identification (...
Current methods in combining Petri net modeling with fault tree analysis for systems failure and saf...
The scientific facilities emitting ionizing radiation may have some significant failures and hazard ...
Failure mode and reliability analysis is particularly important for robot manipulators to be deploye...
This paper describes the application of Fault Tree Analysis to the design phase of a robot manipulat...
This paper outlines the use of a failure modes and effects analysis for the safety assessment of a r...
This paper outlines the use of a Failure Modes and Effects Analysis for the safety assessment of a r...
Abstract—Mobile robot reliability must be guaranteed before they can be employed in hazardous domain...
This thesis focuses on the study of failure detection and identification of an innovative multi-modu...
Robotic manipulators have been identified as a major technology to be utilized in the cleanup and ma...
This study presents reliability and availability analyses of four different types of robot-safety sy...
The Rosie mobile worksystem is a robot that is on the cutting edge of hazardous environment robotics...
Operations in hazardous and/or remote environments are often performed by robots. The hostile nature...
In recent years, Many manufacturing industries for promoting their efficiency have tended to use the...
In this paper, the reliability of a collective robotic system is analysed using two different techni...
This thesis focuses on the study of dynamics and control, and failure detection and identification (...
Current methods in combining Petri net modeling with fault tree analysis for systems failure and saf...
The scientific facilities emitting ionizing radiation may have some significant failures and hazard ...