Using a 3D BIM model or working directly with the preliminary geometry, our simulations and analysis, let you evaluate fluid velocity, temperature maps, PMV (Predicted Mean Vote) and PPD (Predicted Percent Dissatisfied) humidity results, mean radiant temperature, air flow and air change effectiveness, and more.

The presence of contaminants in the air can be difficult to predict. A 3D simulation is an economically viable alternative for analyzing indoor air and outdoor air quality, since it requires no physical installation and can be done before the construction occurs.

Fire safety is a crucial element of a building design. 3D computational fluid dynamics (CFD) technology is the most cost efficient way to simulate what would happen in case of a fire.

When designing a LEED-certified building or attempting to meet the standards set by a different sustainability rating system, engineers often need to evaluate the thermal effects of the sun on a building for a day, or a specified time period. Maya HTT’s software helps analyze the effects of solar heating on construction materials.

Building a functional natural ventilation system can be extremely complex. Maya HTT can help architects and engineers complete an in-depth analysis to optimize the design. The 3D simulations that are created will give an accurate picture of air quality and thermal comfort.

Engineers using advanced 3D simulations can use vibro-acoustic solutions to study how noise travels in a building. These simulations are used to test and improve the design of a building that needs good architectural acoustics.

Engineers using our advanced 3D simulations can analyze vibro-acoustic solutions to determine how noise travels in a building. These simulations are used to test and improve the design of a building that requires optimal architectural acoustics.

We use advanced simulation techniques such as free surface flow modeling to assess how waves and wind will interact with a structure built in a coastal location.