The concrete samples with various erosion states were disintegrated by pure continuous water jets generated from pressure 380 MPa in the Liquid jet laboratory at the VŠB - Technical University of Ostrava. Simultaneously, the identical concrete samples were tested by pulsing water jets generated by low pressure 30 MPa in the Department of Material Disintegration at the Institute of Geonics of the AS CR. The erosion states of samples were prepared by application of several laboratory techniques simulating the concrete aging under the natural conditions due to the real applications in practice. They were prepared at the 127 Institute of Technology of Building Materials and Components of the Brno University of Technology. The influence of th...
The master thesis is focused on resistance of concrete against to effects of flowing water. In the t...
AbstractThe paper is dealing with the effects of flat high-speed water jet on concretes affected by ...
This article brings selected knowledge from the long-term cooperation between\nthe Brno University o...
Problem of preparation of concrete and rock surfaces before repair using modulated water jet is a su...
The contribution deals with problems of using of water jet technology for the removal of concrete su...
The topic of the work is modelling of the process of disintegration of degraded layer of constructio...
In this paper, possibilities of high speed water jet technology nowadays usually applied in repair o...
High-speed water jet technology is commonly used for removing degraded concrete surface layers selec...
Examples of removal of surface layers of concrete specimen (exposed to action of various aggressive ...
The contribution is aimed at destructive effects of a high-velocity water jet, used as a tool remov...
[[abstract]]The hydraulic erosion of concrete is often found in civil and marine engineering constru...
The article deals with an unconventional way of simulating the erosion of concrete surfaces by means...
To reveal the dynamic response characteristic and damage-fracture evolution laws of concrete under p...
The topic of the contribution is to study surfaces of degraded materials after repair preparation pe...
Članak sažima rezultate interakcije visokobrzinskog vodenog mlaza (VBVM) i betona s točno definirani...
The master thesis is focused on resistance of concrete against to effects of flowing water. In the t...
AbstractThe paper is dealing with the effects of flat high-speed water jet on concretes affected by ...
This article brings selected knowledge from the long-term cooperation between\nthe Brno University o...
Problem of preparation of concrete and rock surfaces before repair using modulated water jet is a su...
The contribution deals with problems of using of water jet technology for the removal of concrete su...
The topic of the work is modelling of the process of disintegration of degraded layer of constructio...
In this paper, possibilities of high speed water jet technology nowadays usually applied in repair o...
High-speed water jet technology is commonly used for removing degraded concrete surface layers selec...
Examples of removal of surface layers of concrete specimen (exposed to action of various aggressive ...
The contribution is aimed at destructive effects of a high-velocity water jet, used as a tool remov...
[[abstract]]The hydraulic erosion of concrete is often found in civil and marine engineering constru...
The article deals with an unconventional way of simulating the erosion of concrete surfaces by means...
To reveal the dynamic response characteristic and damage-fracture evolution laws of concrete under p...
The topic of the contribution is to study surfaces of degraded materials after repair preparation pe...
Članak sažima rezultate interakcije visokobrzinskog vodenog mlaza (VBVM) i betona s točno definirani...
The master thesis is focused on resistance of concrete against to effects of flowing water. In the t...
AbstractThe paper is dealing with the effects of flat high-speed water jet on concretes affected by ...
This article brings selected knowledge from the long-term cooperation between\nthe Brno University o...