SOFTWARE DEVELOPMENT SOLUTION FOR PREDICTION ON TRIBOLOGICAL PROPERTIES OF DENTAL GLASS CERAMICS BASED ON JAVASCRIPT WEB FRAMEWORKS

Abstract

Throughout industrialisation, and consequently, in the Industry 4.0 period, the research community and scientific organisations strived to reduce many extensive tribological laboratory experiments. Nowadays, it is feasible to overcome this issue by incorporating adequate information and communication technologies and edge devices capabilities. This incorporation provides a possibility to solve complex non-linear problems and identify tribological properties based on previously determined experimental parameters' values, referred to related materials and stored in the appropriate databases. The paper's primary goal is reflected in the web-based JavaScript and MongoDB affordable software solution's development view and its application to predict tribological properties of dental glass ceramics in terms of wear rate and friction coefficient.