Numerical simulations are typically validated either experimentally or analytically, using simplified benchmark cases that can be solved with classical methods. This study starts exactly from
Data center investments are growing rapidly across the world. However, when sufficient climatological and meteorological analysis is not carried out at the early design stage,
In CFD analyses carried out for data centers, just as cabinet layout is considered during the pre-design phase, the level of underfloor congestion in rooms
There is a critical situation we frequently encounter in our thermal comfort analyses:Even though the room is conditioned in accordance with design conditions by the
The main purpose of fire simulations is to predict how smoke and heat will spread within a structure during a fire. This allows designers to
In late January 2026, the UK saw a dense cluster of flood alerts and warnings following prolonged rainfall and saturated ground. Reporting at the time
When designing mechanical and cooling systems for critical facilities such as data centers, hospitals, and server rooms, choosing the right temperature criteria is vital. These
The digital economy is exploding — and so is its carbon footprint. Since 2010, global internet traffic has grown by over 1200%, doubling every couple
In our previous article, we discussed the concept of the stack effect and its significant impacts on high-rise buildings. This time, we will delve a
One of the most important physical principles that directs air flow inside and around buildings is known as the “stack effect.” Natural air movement primarily
One of the most crucial factors affecting performance is the ability of the externally positioned devices to supply as much fresh air at ambient temperatures
In theaters and conference halls, the thermal comfort and satisfaction with indoor air quality of the audience are critical. Computational Fluid Dynamics (CFD) is used to simulate indoor air movements, enhancing comfort. CFD analyses improve ventilation systems and enhance user satisfaction. By comparing different air distribution scenarios in four scenarios, the most suitable conditions are determined.