Experimental work was concentrated on the study of descaling in relation to heat transfer and the quality of removing scale from the surface. Three types of measurements were implemented. The first one is a measurement of impact pressure distribution on spraying surface. The second is a measurement of temperature drop when a product is passing under the nozzle. The third type is a study of the surface quality where a defined layer of oxides is sprayed and its remaining thickness is evaluated. The heat transfer test is evaluated by inverse task and the results are prepared in a form of boundary conditions suitable for using in a numerical model
Numerical simulations and experiments were utilized to study the removal of oxide scale formed on 30...
Methods of generating mixing in a density-stratified reservoir were experimentally investigated in a...
Abstract The common practice of using chemicals and solid-entrained liquids to remove soft scales in...
This work is focussed on hydraulic descaling of hot surfaces. Hydraulic descaling is a process when ...
The issue of descaling is an important part of the forging and heat treatment of steel and semi prod...
Production of hot rolled steel plates is connected with high temperatures at which steel reacts with...
Abstract: High pressure descaling nozzles are used mainly for removing oxides from hot steel product...
High pressure descaling nozzles are used mainly for removing oxides from hot steel products. The hom...
The article deals with the possibilities to remove scale from a slab surface by means of a hydraulic...
One of the most common production problems in oil and gas fields is scale deposition within oil and ...
The thesis summarizes general and up-to-date knowledge of descaling during the continuous production...
Despite the recent wide embrace of mechanical descaling approaches for cleaning scales in petroleum ...
Nozzle design, water pressure, and lead angle are critical for efficient descaling. In the industry,...
The aims of this study were (i) to conduct experimental spatially and time-resolved measurements of ...
The research reported here concerns the behaviour of the oxide scale that on steels, undergoing hot ...
Numerical simulations and experiments were utilized to study the removal of oxide scale formed on 30...
Methods of generating mixing in a density-stratified reservoir were experimentally investigated in a...
Abstract The common practice of using chemicals and solid-entrained liquids to remove soft scales in...
This work is focussed on hydraulic descaling of hot surfaces. Hydraulic descaling is a process when ...
The issue of descaling is an important part of the forging and heat treatment of steel and semi prod...
Production of hot rolled steel plates is connected with high temperatures at which steel reacts with...
Abstract: High pressure descaling nozzles are used mainly for removing oxides from hot steel product...
High pressure descaling nozzles are used mainly for removing oxides from hot steel products. The hom...
The article deals with the possibilities to remove scale from a slab surface by means of a hydraulic...
One of the most common production problems in oil and gas fields is scale deposition within oil and ...
The thesis summarizes general and up-to-date knowledge of descaling during the continuous production...
Despite the recent wide embrace of mechanical descaling approaches for cleaning scales in petroleum ...
Nozzle design, water pressure, and lead angle are critical for efficient descaling. In the industry,...
The aims of this study were (i) to conduct experimental spatially and time-resolved measurements of ...
The research reported here concerns the behaviour of the oxide scale that on steels, undergoing hot ...
Numerical simulations and experiments were utilized to study the removal of oxide scale formed on 30...
Methods of generating mixing in a density-stratified reservoir were experimentally investigated in a...
Abstract The common practice of using chemicals and solid-entrained liquids to remove soft scales in...