Development of multimedia 3D models for technological process simulation

Abstract

The problems of modeling the behavior of particles in mixtures are important for various industries, including construction, materials science, chemical industry, and pharmaceuticals. In construction, for example, the modeling of particle filling can be useful for investigating the properties of concrete mixes or composite materials. In materials science, modeling the interaction of different particles can help in the development of new materials with improved mechanical or chemical properties. The paper considered computer methods for designing 3D models of steel and ceramic particles, which emphasizes the wide range of possibilities of application of these technologies in various fields. Particular attention is paid to the modeling of textures and polygons, as these aspects are important to achieve a realistic visual representation of particles. Correct reproduction of textures and details of polygons allows to ensure accuracy and reliability of simulation results. Using Blender in combination with customized lights, camera and container opens up a wide range of possibilities to create an interactive tool system. This system can be used to study and optimize technological processes in industry, which contributes to increasing the efficiency and quality of production. This approach not only reduces research costs and time, but also drives innovation and improvement in industries where process modeling is key.