Case study of a multiple confluents jets system in a virtual chamber

This article presents a case study of multiple confluents jets system in virtual chamber. In this study, it is obtained the behavior airflow an office, simulated by camera, whose ventilation horizontal confluent type. The has inlet consisting four vertical ducts mounted corners compartment. Each duct groups 32 nozzles, aligned and equally spaced, positioned from base close to floor. two nozzles are directed towards each walls adjacent exhaust consists quadrangular ceiling center uses numerical differential model order simulate Computational Fluids Dynamics. Ventilation creates air velocity wall surface as well floor surface. With increase exit jets, interactive effect confluence coming opposite ducts, central area becomes more evident. resulting interactions upward characteristic system.