Mechartés is a leader in evaluating the effectiveness of a Smoke Exhaust System through Smoke Analysis in complex buildings like Airports, Malls, Museums, and Auditoriums using CFD HVAC simulation.
Temperature, Humidity, Thermal Radiation, and Air Velocities define thermal comfort inside a building. These parameters are accurately modeled by Mechartés using CFD HVAC Simulation and FEA.
In HVAC applications in large commercial buildings or industrial processes like power stations, cooling towers, and chillers
Building regulations and other statutory instruments define strict adherence to building codes in Car Parks for health and amenity.
Pipelines are an important investment in infrastructures, buildings, and the construction industry. Simulation-based designs are taking a prominent role in the design of pipeline projects.
Wind-driven flows can have important consequences on the structural integrity of buildings, natural ventilation & performance of equipment.
An acoustic study for buildings using CFD building simulation is conducted to predict the sound pressure levels in the occupancy area outside the building.
Thermal Energy Storage (TES) Tanks are equipped for cooling district plants. CFD analysis is used for the validation and selection of the diffusers.
The Stack Effect Analysis is a buoyancy-driven phenomenon commonly occurring in high-rise buildings.
The objective is to verify the generator room temperature till the height of the generators is within the permissible temperature limits.
Equipment designed in the building & HVAC industry relies heavily on analytical methodologies that have been refined through experience.
The use of simulation technology has become widespread in industries such as aerospace and automotive, but its adoption in the architecture, building, and construction sectors has been limited. One of the main reasons for this is the scarcity of expertise in this area. This is where CFD consultancy comes in, offering CFD simulation services and software that allow engineers and architects to fully tap into the potential of this technology. By utilizing these resources, they can predict and optimize building performance during the early stages of development and enhance the design process.
HVAC simulation plays an important role in validating HVAC system components and predicting wind loads. With the addition of CFD for buildings, it can also be utilized to optimize building thermal comfort. An accurate analysis of airflow through CFD building simulation helps control contamination and air quality while improving energy efficiency in facilities where HVAC systems consume a disproportionate amount of energy.
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