Case Studies & Articles

Introduction: In the realm of contemporary Australian architecture and construction, the choice of cladding materials is of paramount...

Abstract: This paper introduces Computational Fluid Dynamics (CFD) as an advanced tool for precise wind loading and cladding pressure...

Optimising Commercial Range Hood Performance: A CFD-based Analysis in Compliance with NCC, AS 1668.2

Introduction: Welcome to our website, your trusted source for energy-efficient fenestration solutions. We are proud to introduce the...

Car parks are known to be high-risk areas for CO (carbon monoxide) accumulation due to the exhaust emissions of vehicles. In order to...

Natural ventilation is a method of controlling indoor air quality and thermal comfort in buildings by using natural airflow instead of mechanical systems. One of the challenges with natural ventilation is controlling noise transmission from outside sources, such as traffic or industrial noise while maintaining adequate air exchange or controlling noise transmission from noisy factories to outside in residential zones. In Australia, the National Construction Code (NCC) Part A5

Figure 1. Wind turbulent flow around a high-rise building analysed by CFD AS1170.2 is an Australian standard that provides guidelines for...

One of the areas CFD can assist with is improving products' performance and generating technical data sheets using airflow analysis. This analysis can be applied for the air, wind, rain penetration, heat, smoke, fire, dust, mist, gas, odour, pollution, etc for various types of ventilation products (louvre, ventilator, fan, filter, dampers, range hood, duct, AC units, etc). This will be helpful for the domestic suppliers to generate technical datasheets based on related Austra

Computational Fluid Dynamics (CFD) can be a powerful tool in building mechanical service improvement by allowing engineers to simulate...