Application of a Digital Supercomputer Platform for Solving Spraying Problems

Computer analysis of nonlinear processes when solving nanotechnology problems is currently the main tool for substantiating design decisions. However, due to the variety of physical and technical problems in this area, individual computations can no longer provide a complete picture. In this regard, the main line of development of modeling systems is the creation of digital platforms that link CAD/CAE/CAM components into a single mechanism. In this work, an attempt is made to create such a platform. This platform is based on a client-server architecture implemented using web technologies. A special feature of the platform is the ability to dynamically add application services and computing resources to the program environment for their subsequent use when conducting computational experiments. The work is aimed at demonstrating the proposed implementation through a full cycle of modeling using the example of solving specific problems.