Abstract
Chinese ceramics have a long history and have been deeply recognized by the world after centuries of changes. The current world ceramic industry is diversified. Under this background, there is a huge challenge to the development of Chinese ceramics. The update of materials, the participation of computers in ceramic design, and the demonstration of ingredients all constitute technological factors that cannot be ignored in the development of the ceramic industry. Therefore, this study uses the SWOT analysis method to analyze the development of Chinese ceramics, puts forward its advantages and disadvantages, opportunities, and threats, and under the background of advanced technology, and how to use computer software to demonstrate raw materials and color matching to make Chinese ceramics. The development achieves the goal of self-improvement and then completes the upgrade of its production process and production. Through the research of this study, it is found that the current development of China’s ceramic industry should be good at using SWOT analysis, face up to its shortcomings and pressure from other ceramic production areas in the world, give full play to its advantages, maximize strengths and avoid weaknesses, and use technological innovation, combined with technical factors from other disciplines, to promote ceramic industry design and production capabilities and provide a reference for the current ceramic industry development.
Highlights
SWOT analysis is known as situation analysis [1]; it can be called TOWS analysis or Dawes matrix analysis
In the current situation of the ceramic industry, it is very difficult for some Chinese ceramic enterprises to cross these barriers, cause a few obstacles to the export of China’s ceramic, and greatly hinder China’s ceramics to participate in the international market competition [7]
Ceramic glaze patterns need to change at a high temperature of 1000°C or higher, which usually makes it difficult for artists to intuitively design the glaze color of ceramic art. e idea here is mainly based on the glazing code, computer-aided design; the first step should be the direct pattern design in the computer, convert the design pattern to the coded glaze coloring scheme, and the glaze drawing on the ceramic billet. e contents shown in Figures 2 and 3 and Tables 1 and 2 are derived from the introduction of the ceramic products by Ferro [10]
Summary
SWOT analysis is known as situation analysis [1]; it can be called TOWS analysis or Dawes matrix analysis. Ese studies all take SWOT analysis as the research method from different angles to explore the development of the ceramics industry. Is study used the SWOT analysis method from a macro perspective to explore China’s ceramic industry development in the present situation and the advantages and disadvantages, and in the context of science and technology innovation, analysis using a computer to carry on the technological innovation, show the advantages such as material, color is tie-in, to improve the efficiency of Scientific Programming ceramic design and production, and to provide a reference for the ceramic production and design Some research studies use the SWOT analysis method; this study analyzes the Jingdezhen ceramic culture creative industry under the environment of existing market competition advantages, disadvantages, opportunities, and threats of development, and based on this, put forward the Jingdezhen ceramic culture creative industry core competitiveness promotion strategy [4]; in some studies by the SWOT analysis of the ceramic export competitiveness [5], the export of ceramics industry is systematically analyzed. ese studies all take SWOT analysis as the research method from different angles to explore the development of the ceramics industry. is study used the SWOT analysis method from a macro perspective to explore China’s ceramic industry development in the present situation and the advantages and disadvantages, and in the context of science and technology innovation, analysis using a computer to carry on the technological innovation, show the advantages such as material, color is tie-in, to improve the efficiency of Scientific Programming ceramic design and production, and to provide a reference for the ceramic production and design
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