Manual operations remain indispensable in the demining process despite the use of heavy machines in the field. Although considerable research has focused on demining sensors, automated machines and heavy machines, research has paid little attention to devices used in manual operations. The objective of this paper is to detail the development of a new device for manual operations. This machine increases the safety of manual operations and aids in the most dangerous process of APM removal
The Antipersonnel Mine Neutralization Device (APMINUD) is a mechanical system for safely detonating ...
In order to create the definitive list of demining machines that are currently available on the inte...
This approach to humanitarian demining differs from generally accepted methodology. It has not yet b...
In recent years, mechanical equipment has become more and more prominent in demining programs around...
This paper introduces a new machine for use in support of humanitarian mine action. Developed under ...
With the use of rollers, tillers and chain flails, the focus of minefield clearance has shifted sinc...
This article reports on an R&D programme in Zimbabwe that led to the development of safer demining h...
The Geneva International Centre for Humanitarian Demining (GICHD) published A Study of Mechanical Ap...
In constant effort to eliminate mine danger, international mine action community has been developing...
The GICHD Study of Mechanical Application in Demining is published after two years of research. The ...
In Cambodia, a deminer was working in the prone position and set off an anti-personnel type 72 Chine...
Although demining machines have been in existence since 1942, they were not used in the field of min...
To improve mine clearance performance and to enhance safety of demining personnel, there is a need f...
Demining is a dangerous, labor-intensive and costly process. An underlying precept of successful dem...
The research I have carried out on tool development has been based on accident studies, field trials...
The Antipersonnel Mine Neutralization Device (APMINUD) is a mechanical system for safely detonating ...
In order to create the definitive list of demining machines that are currently available on the inte...
This approach to humanitarian demining differs from generally accepted methodology. It has not yet b...
In recent years, mechanical equipment has become more and more prominent in demining programs around...
This paper introduces a new machine for use in support of humanitarian mine action. Developed under ...
With the use of rollers, tillers and chain flails, the focus of minefield clearance has shifted sinc...
This article reports on an R&D programme in Zimbabwe that led to the development of safer demining h...
The Geneva International Centre for Humanitarian Demining (GICHD) published A Study of Mechanical Ap...
In constant effort to eliminate mine danger, international mine action community has been developing...
The GICHD Study of Mechanical Application in Demining is published after two years of research. The ...
In Cambodia, a deminer was working in the prone position and set off an anti-personnel type 72 Chine...
Although demining machines have been in existence since 1942, they were not used in the field of min...
To improve mine clearance performance and to enhance safety of demining personnel, there is a need f...
Demining is a dangerous, labor-intensive and costly process. An underlying precept of successful dem...
The research I have carried out on tool development has been based on accident studies, field trials...
The Antipersonnel Mine Neutralization Device (APMINUD) is a mechanical system for safely detonating ...
In order to create the definitive list of demining machines that are currently available on the inte...
This approach to humanitarian demining differs from generally accepted methodology. It has not yet b...