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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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Mobile Boundary: Analysis of Airflow Inside a Sirocco Fan

Mobile Boundary: Analysis of Airflow Inside a Sirocco Fan

The purpose is to investigate the airflow characteristics inside the blower fan.

Moving Boundary: The internal airflow analysis of the Sirocco fan aims to investigate the airflow characteristics within the Sirocco fan by modeling the basic shape of the fan and applying moving boundary conditions to the blades. The Sirocco fan is a centrifugal multi-blade fan with forward-curved blades, and its characteristics involve many factors such as the shape of the blades, the number of blades, and the shape of the casing. For more details, please download the catalog.

  • Other analyses

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Moving Boundary: Analysis of Airflow Around Cooling Towers During Fan Operation

Moving Boundary: Analysis of Airflow Around Cooling Towers During Fan Operation

Adopting a general cooling analysis model to clarify airflow characteristics inside and outside the cooling tower.

Moving Boundary: The analysis of airflow around cooling towers during fan rotation aims to clarify the characteristics of airflow both inside and outside the cooling tower by adopting a general cooling analysis model. Cooling towers are one of the air conditioning systems commonly installed in large commercial facilities, factories, and government offices, and they are devices used to cool circulating water. By spraying water in droplets from above and blowing air with a fan to contact it with outside air, the temperature is lowered to create cooling water. For more details, please download the catalog.

  • Other analyses

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SuperCartesian: Engine Cylinder Airflow Analysis

SuperCartesian: Engine Cylinder Airflow Analysis

We conducted airflow analysis within the engine cylinder from the intake manifold to the inside of the cylinder.

SuperCartesian: In the analysis of airflow within the engine cylinder, we accurately represented the intake manifold and valve shapes, and conducted airflow analysis from the intake manifold to inside the engine cylinder. When predicting the performance of an internal combustion engine, it is crucial to understand the airflow characteristics of the mixture being delivered into the cylinder. These airflow characteristics are significantly influenced by the shapes of the intake manifold and valves, which in turn affect combustion efficiency. For more details, please download the catalog.

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Airflow analysis within the power supply unit

Airflow analysis within the power supply unit

The purpose is to clarify the characteristics of airflow within the power supply unit.

The airflow analysis within the power supply unit aims to clarify the characteristics of airflow within a typical power supply unit used as an analysis model. The power supply unit plays a crucial role in providing stable power to computers, including PCs, and since it contains many high-temperature heat-generating components, how efficiently it can dissipate heat is a significant point. For more details, please download the catalog.

  • Other analyses
  • Contract Analysis

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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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Analysis of airflow and heat within electronic device enclosures

Analysis of airflow and heat within electronic device enclosures

Ventilation analysis was conducted using numerical simulation within the electronic device enclosure.

In the thermal airflow analysis of electronic device enclosures, we conducted ventilation analysis through numerical simulations within the enclosures. With the improvement of technology, electronic components are increasingly shrinking, making thermal issues within the enclosures unavoidable. The placement of high-heat-generating components and ventilation parts such as fans can significantly affect the performance of the devices themselves. We conducted the analysis to gain insights into this. For more details, please download the catalog.

  • Other analyses

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