Reverse engineering from 3D mesh to ceramic product in the form of miranda kerr tea for one teapot in PT doulton Indonesia

Abstract

for providing full support in the form of infrastructures such as CAM, CAD, and RE needed during the design, development, and writing of this research work.

Advanced Design and Fabrication of Islamic Tile Ceramic Wall Tiles With Indonesian Batik Patterns Using Artistic CAD/CAM and 3D Printing Technology

“…These ornate Islamic wall tile patterns were then successfully placed on the walls of Jakarta's Al Huda Mosque with excellent precision and accuracy (Figure 6D). The design and manufacture of these ceramics resulted in the creation of ceramic tiles (Chua et al, 1997a;Chua et al, 1997b;Sanchez et al, 2010;Sanz et al, 2012;Oancea et al, 2013;Anggoro et al, 2015;Anggoro et al, 2018;Anggoro et al, 2021). Note that the dimensional accuracy of the ceramic tile plan, determined by comparing the initial design dimensions with measurements of the printed model and final tiles, is crucial.…”

“…Measuring these dimensions The kiln firing of ceramics causes clay to shrink as its water content evaporates, resulting in a decrease in size; the degree of this decrease is referred to as shrinkage. As a result, the dimensions of the tiles must be increased according to specific shrinkage value of the clay as well as the kiln firing technique utilized during manufacturing (Anggoro et al, 2021). The The final dimensions of the clay models and ceramic wall tiles are shown in Supplementary Table S1, in which the yellow cells highlight instances of shrinkage in excess of 15%, with the blue cells indicating the corresponding dimensions of the RP model and the green cells indicating the size of the actual tiles.…”

“…where calculated shrinkage is the percent shrinkage of the raw clay model dimensions produced from the core and cavity molds relative to the final ceramic tile dimensions. A shrinkage limit of 11%-15% was determined by the authors using a variety of ceramic engineering resources (Chua et al, 1997a;Oancea et al, 2013;Fergiawan et al, 2020;Anggoro et al, 2021) that calculated the percent shrinkage of clays utilized in the ceramics industry. The clay used to create the Islamic puzzle tile walls in this study was bone China type with a 15% shrinkage (Fergiawan et al, 2020;Anggoro et al, 2021).…”

“…A shrinkage limit of 11%-15% was determined by the authors using a variety of ceramic engineering resources (Chua et al, 1997a;Oancea et al, 2013;Fergiawan et al, 2020;Anggoro et al, 2021) that calculated the percent shrinkage of clays utilized in the ceramics industry. The clay used to create the Islamic puzzle tile walls in this study was bone China type with a 15% shrinkage (Fergiawan et al, 2020;Anggoro et al, 2021). This value was then used to denote the limits of the selected measurements according to the shrinkage value; after the firing process was completed, the selected dimensions were reduced by 15% with a tolerance of 2.00 mm.…”

Optimization of virtual design and machining time of the mold master ceramic jewelry products with Indonesian batik motifs

“…Nowadays, it is not always a person who makes the artifact; machines make some artifacts with no direct human operator. These machines might be reasonably sophisticated numerically-controlled tools such as milling machines CNC and or 3D Print (McLaughlin, 1988a;McLaughlin, 1988b;Homer and Skaar, 1991;Oncea, 2013;Oncea et al, 2013;Othman, 2012;Zhang et al, 2018;Anggoro et al, 2021;Anggoro et al, 2022). In these cases, therefore, the final design specification before manufacturing might not be in the form of drawings but a string of digits stored on a disk or in computer software that controls the CNC machine's actions.…”