Implementación de servicios para simulación web en flujo laminar aplicado a tuberías mediante dinámica computacional.

Abstract

Experimental fluid mechanics is often constrained by the limited number of variables that can be analyzed in physical environments. In computational simulations, these limitations are transferred to the available processing capacity. However, two key challenges remain: limited accessibility for users with little experience in information technologies, and the high technical complexity of simulation tools. This study proposes and implements a simulation service focused on the analysis of laminar flow in a pipe, considering variations in relevant parameters. To achieve this, a client-server architecture is designed to encapsulate the installation, configuration, and operation processes of the simulation system. The solution is deployed as a web service in the cloud, accessible through an intuitive graphical interface that requires no advanced technical skills. As a result, an easily accessible application is obtained, which optimizes computational resource usage through a mathematical stability analysis. This strategy enables the elimination of redundant data, reduces wait times, and supports concurrent use by multiple users. The developed web environment significantly enhances the user experience by removing complex configurations and facilitating direct access to laminar flow simulations in an efficient, inclusive, and scalable manner.