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Analysis of airflow around the cooling tower

Analysis of airflow around the cooling tower

Reproducing the thermal flow conditions around a cooling tower with unknown characteristics and behavior!

Thermal fluid equipment related to building facilities often has many unknown characteristics and behaviors. Cooling towers are one such example, but by precisely setting the structure, flow conditions, and thermal conditions of each cell in the cooling tower, it is possible to reproduce the thermal fluid state quite accurately. In this analysis, we conducted a cooling tower thermal fluid analysis considering external winds to examine the impact of the airflow state around high-rise buildings and the arrangement of multiple cooling towers with different specifications on the temperature distribution of the heat released from each cell to the outside air. For more details, please download the catalog.

  • Thermo-fluid analysis
  • simulator
  • Contract Analysis

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Analysis of airflow in the subway station when the train enters.

Analysis of airflow in the subway station when the train enters.

I analyzed the airflow in the subway station using the moving boundary problem.

It is known that there are significant speed and pressure fluctuations at the front and rear of vehicles running in narrow spaces such as tunnels and subway stations. In this analysis, we conducted simulations regarding the impact on the area around the platform (airflow, pressure) when a train passes, using the moving boundary problem. For more details, please download the catalog.

  • Thermo-fluid analysis
  • simulator
  • Contract Analysis

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Moving Boundary: Analysis of Wind Pressure Acting on a Running Train

Moving Boundary: Analysis of Wind Pressure Acting on a Running Train

We analyzed the aerodynamic pressure acting on a moving train.

Moving Boundary: The analysis of wind pressure acting on a moving train was conducted using numerical simulations that take into account the moving boundary. There are concerns that strong winds, such as those caused by typhoons, can overturn moving trains. Therefore, understanding the wind pressure acting on a moving train is crucial. For more details, please download the catalog.

  • simulator
  • Contract Analysis
  • Structural Analysis

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Thermal flow analysis in thermal storage tanks

Thermal flow analysis in thermal storage tanks

Reproduction of ducts and structures within the thermal storage tank, thermal flow analysis regarding liquid flow velocity and temperature stratification.

The thermal flow analysis within the thermal storage tank reproduces the ducts and structures inside the tank and conducts thermal flow analysis regarding the flow velocity and temperature stratification of the liquid within the tank. When predicting the performance of the thermal storage tank, it is crucial to understand the temperature distribution changes of the fluid inside the tank. This characteristic is greatly influenced by the shape and flow velocity within the tank, which in turn affects the temperature stratification of the liquid in the thermal storage tank. For more details, please download the catalog.

  • Other analyses

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Train Passing Airflow Analysis

Train Passing Airflow Analysis

I analyzed the airflow when vehicles pass each other using the moving boundary problem.

It is known that there are significant fluctuations in speed and pressure before and after trains pass each other in narrow spaces such as tunnels and subway stations. This is very important for the design of vehicles, tunnels, and associated structures. In this analysis, we simulated the airflow and pressure fluctuations affecting the surroundings when the train bodies pass each other using a moving boundary problem. For more details, please download the catalog.

  • Thermo-fluid analysis
  • simulator
  • Contract Analysis

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Natural ventilation analysis with wind.

Natural ventilation analysis with wind.

We will conduct thermal airflow simulations in the basic design phase plan.

In recent years, there have been many cases where natural ventilation utilizing outside air is actively incorporated during intermediate periods. Among these, a ventilation method that uses shafts installed within the building as exhaust and supply air systems has been considered from the basic design stage to efficiently carry out natural ventilation. The selection of appropriate locations and sizes for supply and exhaust openings is extremely important, and conducting thermal airflow simulations can provide insights into the overall operation of the building. In this analysis, we assumed windy conditions and performed thermal airflow simulations based on the plans at the basic design stage. For more details, please download the catalog.

  • Thermo-fluid analysis
  • simulator
  • Contract Analysis

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