This work consists in the design of an adhesion stabilization system of a climbing robot with magnetic wheels. The robot’s design comes from the need to automatize the inspection process of industrial storage tanks for petroleum products, which is currently performed manually. The robot is being developed in the Laboratory of Automation and Advanced Control Systems (LASCA) of the Federal Technological University of Paraná (UTFPR). First, a complete a theoretical analysis of the prototype was carried out including a study of the robot’s structure, its requirements and the kinematics and dynamics analyses. Then, a study of the robot’s magnetic wheels and the characteristics of the magnetic field in the occurancy of detachment between the magn...
Neste trabalho, um novo enfoque para detecção e diagnóstico de falhas (DDF) em robôs manipuladores é...
Some robots need to climb ferromagnetic walls for performing important inspections and evaluations o...
There is enormous potential in industrial inspection tasks for climbing robots than can work in haza...
Este trabalho consiste no desenvolvimento de um sistema estabilizador da adesão de um robô escalador...
This paper describes the aim of designing, building and testing magnetic wheel based an autonomous c...
In this work, a trajectory tracking control is presented for a climbing wheeled robot under magnetic...
This paper describes the analysis and results of the magneto static adhesion force which required fo...
Inspection for corrosion of gas storage spheres at the welding seam lines must be done periodically....
Magnetic wheels are a powerful solution to design inspection climbing robots with excellent mobility...
This paper describes the analysis and results of the magneto static adhesion force which required fo...
A manipulação de materiais é uma das tarefas em que comumente empregam-se robôs para substituir o tr...
Orientador: João Mauricio RosarioDissertação (mestrado) - Universidade Estadual de Campinas, Faculda...
Dissertação de Mestrado Integrado em Engenharia Mecânica apresentada à Faculdade de Ciências e Tecno...
This work presents an intelligent control of position and velocity to a climber robot developed to p...
In this chapter, the detailed design of a novel adhesion mechanism is described for robots climbing ...
Neste trabalho, um novo enfoque para detecção e diagnóstico de falhas (DDF) em robôs manipuladores é...
Some robots need to climb ferromagnetic walls for performing important inspections and evaluations o...
There is enormous potential in industrial inspection tasks for climbing robots than can work in haza...
Este trabalho consiste no desenvolvimento de um sistema estabilizador da adesão de um robô escalador...
This paper describes the aim of designing, building and testing magnetic wheel based an autonomous c...
In this work, a trajectory tracking control is presented for a climbing wheeled robot under magnetic...
This paper describes the analysis and results of the magneto static adhesion force which required fo...
Inspection for corrosion of gas storage spheres at the welding seam lines must be done periodically....
Magnetic wheels are a powerful solution to design inspection climbing robots with excellent mobility...
This paper describes the analysis and results of the magneto static adhesion force which required fo...
A manipulação de materiais é uma das tarefas em que comumente empregam-se robôs para substituir o tr...
Orientador: João Mauricio RosarioDissertação (mestrado) - Universidade Estadual de Campinas, Faculda...
Dissertação de Mestrado Integrado em Engenharia Mecânica apresentada à Faculdade de Ciências e Tecno...
This work presents an intelligent control of position and velocity to a climber robot developed to p...
In this chapter, the detailed design of a novel adhesion mechanism is described for robots climbing ...
Neste trabalho, um novo enfoque para detecção e diagnóstico de falhas (DDF) em robôs manipuladores é...
Some robots need to climb ferromagnetic walls for performing important inspections and evaluations o...
There is enormous potential in industrial inspection tasks for climbing robots than can work in haza...