This paper describes the effect of different abrasive waterjet (AWJ) process parameters on the aesthetical results, such as roughness, waviness, main texture direction, and enhancement of material defects of marble samples. Surfaces have been digitalized by optical profilometry. About one hundred samples of White Carrara and Perlato of Coreno have been characterized using standard surface parameters extracted from the digital surface profiles. Statistical analyses have shown the correlation with the main process parameters, particularly with the waterjet head angle. An interpretation of the aesthetical meaning of the surface parameters is also given in the paper
Currently, more than 50 000 different construction materials are available on the market and that nu...
The paper is an evaluation of the surface roughness of various materials produced by water jet cutti...
An experimental study was conducted to ascertain the surface finish associated with high pressure ab...
This paper describes the effect of different abrasive waterjet (AWJ) process parameters on the aesth...
The article focuses on the normalized method of measurement and evaluation of a surface texture cre...
Abstract. Abrasive waterjet (AWJ) cutting is an emerging technology which enables the shaping of pra...
The objective of this investigation is the development of the abrasive waterjet (AWJ) based polishin...
Surface treatment methods based on mechanical tools, sand blasting and flaming lead to undesirable f...
AbstractThe paper investigates the effect of material machinability on the quality of cutting surfac...
Abrasive waterjet machining is a novel method of machining complex shapes and profiles. Surface roug...
Marble slabs with rough surface have captured a large share in the market of ornamental stones in re...
Experimental study of the surface quality produced by abrasive waterjet (AWJ) on metallic materials ...
Ornamental stone products are generally used for decorative cladding. A major quality parameter is t...
English: This article concerns characterizing and optimizing the process of water-jet engraving on s...
Natural granite stones play an important role in construction and contemporary design because they a...
Currently, more than 50 000 different construction materials are available on the market and that nu...
The paper is an evaluation of the surface roughness of various materials produced by water jet cutti...
An experimental study was conducted to ascertain the surface finish associated with high pressure ab...
This paper describes the effect of different abrasive waterjet (AWJ) process parameters on the aesth...
The article focuses on the normalized method of measurement and evaluation of a surface texture cre...
Abstract. Abrasive waterjet (AWJ) cutting is an emerging technology which enables the shaping of pra...
The objective of this investigation is the development of the abrasive waterjet (AWJ) based polishin...
Surface treatment methods based on mechanical tools, sand blasting and flaming lead to undesirable f...
AbstractThe paper investigates the effect of material machinability on the quality of cutting surfac...
Abrasive waterjet machining is a novel method of machining complex shapes and profiles. Surface roug...
Marble slabs with rough surface have captured a large share in the market of ornamental stones in re...
Experimental study of the surface quality produced by abrasive waterjet (AWJ) on metallic materials ...
Ornamental stone products are generally used for decorative cladding. A major quality parameter is t...
English: This article concerns characterizing and optimizing the process of water-jet engraving on s...
Natural granite stones play an important role in construction and contemporary design because they a...
Currently, more than 50 000 different construction materials are available on the market and that nu...
The paper is an evaluation of the surface roughness of various materials produced by water jet cutti...
An experimental study was conducted to ascertain the surface finish associated with high pressure ab...