Displacement ventilation and chilled ceiling panel systems are potentially more energy
efficient than conventional air conditioning systems and are characterized by the presence …

In an office room, many factors affect the pattern of airflow, thermal comfort, indoor air quality
and energy saving. In this study, the effects of the location of exhaust diffusers where the …

Heat transfer continues to be a major field of interest to engineering and scientific
researchers, as well as designers, developers, and manufacturers. Considerable effort has …

This paper analyses the dispersion of the exhaled contaminants by humans in indoor
environments, with special attention to the exhalation jet and its interaction with the indoor …

This paper presents the flow and temperature field within an office using impinging jet
ventilation (IJV) under different heat loads ranging from 17 to 65 W per square meter floor …

The passive design approach can help to maintain comfortable thermal conditions in
buildings and reduce energy consumption by minimizing the use of auxiliary mechanical or …

As a relatively new computational fluid simulation method, the Lattice Boltzmann method
(LBM) has recently garnered widespread attention in various engineering fields. The LBM …

One of the alternative ventilation systems for an occupied space is the impinging jet
ventilation (IJV) system. Several design factors influence on the thermal comfort, the local …

Numerical results obtained from the analysis of the conjugated heat and mass transfer of an
Air-Carbon Dioxide mixture (CO2) inside a ventilated cavity in turbulent flow regime are …

A computational fluid dynamics model with radiant exchange between surfaces is
developed to examine the air flow characteristics of a room with square cone diffusers. As an …