An aging network in combination with stricter stakeholder requirements force the Dutch drinking water sector to improve the asset management of their water transport and distribution networks. Autonomous inspection robots (AIRs) provide a means to obtain knowledge on the condition of more pipes against lower cost, resulting in more focused rehabilitations and replacements, reduction of water loss through leakage, and a better knowledge and understanding of the system. In this paper, we describe the concept, a first prototype, and further steps that are currently being taken towards the development and application of this tool.<br
Water transmission networks are a community's most expensive and critical urban assets. Management o...
The use of robots for the inspection of buried pipelines has gained popularity over the past decade....
Now a day facing many problems related to repairing, inspection and maintenance of interior pipeline...
Smart water networks are at the forefront of investment plans for water companies in the developed w...
Thesis: S.M., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2017.This...
Nowadays, pipelines are the most commonly and widely used method of transporting fluids and gases. R...
Pipelines require periodical inspection to detect corrosion, deformation and congestion with obstacl...
This paper reviews the state-of-the-art of inspection techniques and technologies towards condition ...
Concrete pipes are used throughout the world in many different industries to transport wastewater. T...
This thesis presents a novel design for a pipe inspection robot. The main aim of the design has been...
Thesis: S.M., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2019Catal...
Robotic units used in pipe inspection are expensive to purchase and repair. Many companies do not of...
A pipe inspection robot is a device that is inserted into pipes to check for obstructions or damage....
The transportation industry consumes a prime element of those resources, so we want to optimize usin...
A critical modern-day challenge for utility operators is condition monitoring of underground sewer i...
Water transmission networks are a community's most expensive and critical urban assets. Management o...
The use of robots for the inspection of buried pipelines has gained popularity over the past decade....
Now a day facing many problems related to repairing, inspection and maintenance of interior pipeline...
Smart water networks are at the forefront of investment plans for water companies in the developed w...
Thesis: S.M., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2017.This...
Nowadays, pipelines are the most commonly and widely used method of transporting fluids and gases. R...
Pipelines require periodical inspection to detect corrosion, deformation and congestion with obstacl...
This paper reviews the state-of-the-art of inspection techniques and technologies towards condition ...
Concrete pipes are used throughout the world in many different industries to transport wastewater. T...
This thesis presents a novel design for a pipe inspection robot. The main aim of the design has been...
Thesis: S.M., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2019Catal...
Robotic units used in pipe inspection are expensive to purchase and repair. Many companies do not of...
A pipe inspection robot is a device that is inserted into pipes to check for obstructions or damage....
The transportation industry consumes a prime element of those resources, so we want to optimize usin...
A critical modern-day challenge for utility operators is condition monitoring of underground sewer i...
Water transmission networks are a community's most expensive and critical urban assets. Management o...
The use of robots for the inspection of buried pipelines has gained popularity over the past decade....
Now a day facing many problems related to repairing, inspection and maintenance of interior pipeline...