Research and numerical assessment of design and construction errors in the swimming pool facility structures

Abstract

The proper performance of swimming pool halls depends on many factors. An extremely important one is the ventilation system, which is supposed to provide, among other things, the prevention of high temperatures, excessive moisture, chlorine vapors, and problems resulting from the impact of these factors on the entire building. Proper design of the ventilation system of the pool hall is an extremely demanding task, which has a key impact on the correct operation of the facility, the thermal comfort of users, energy efficiency and economy, and above all on the safety of the construction. In the presented article, the condition of the object in operation was analyzed. Using a computational program based on the assumptions of computational fluid dynamics (CFD), an analysis of the distribution of air velocity (Figure 1), temperature, and thermal comfort parameters was carried out, which made it possible to conclude the correctness of the proposed ventilation solutions.