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simulation(cae) - List of Manufacturers, Suppliers, Companies and Products

Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
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simulation Product List

16～30 item / All 34 items

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Full Frequency Range Vibration Noise Simulation VA One

Full Frequency Range Vibration Noise Simulation VA One

Vibration acoustic analysis software. Solving vibration and noise problems in the frequency band.

VA One includes a FEM/BEM module for low-frequency ranges and a SEA module for high-frequency ranges, enabling mid-frequency analysis through FE-SEA hybrid analysis. Additionally, the BSR module allows for noise analysis. 【Features】 ■ Integrated vibration and acoustic analysis for all frequency ranges ・ Structural FEA module for low frequencies ・ SEA module for high frequencies ・ Mid-frequency module ■ Powerful sound absorption and insulation material analysis capabilities ■ Unified intuitive user interface for model creation to result display for low-frequency FE/BEM and high-frequency SEA, allowing for rapid construction of complex 3D SEA models. ■ Main optional modules ・ Calculation of sound absorption and transmission characteristics of layered porous materials ・ Semi-automatic model creation module using morphing technology ・ Customization function development kit

  • Magnetic field analysis/electromagnetic wave analysis
  • Acoustic Analysis
  • Other CAM related software

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【Efficiency of Civil Engineering Work】Virtual simulation of soil and construction machinery movements.

【Efficiency of Civil Engineering Work】Virtual simulation of soil and construction machinery movements.

Simulate the workflow, machinery movements, and soil changes in a virtual space! A simulation tool that promotes efficiency in on-site operations and digital transformation (DX).

The soil simulation tool "AGX Dynamics" is a technology that enables the reproduction of various construction machinery operations and civil engineering tasks in a virtual space. By simulating the workflow, machinery movements, and soil changes in advance, it allows for understanding the necessary number of machines and work hours, contributing to the efficiency of the site and the promotion of digital transformation (DX). 【Use Cases】 ■ Reproduction of civil engineering tasks such as excavation with excavators, leveling with bulldozers and road rollers, movement with crawlers and tires, and earth transportation with dump trucks. ■ Obtaining information about the forces acting on various parts of the machinery during civil engineering work, such as the excavation reaction force at the bucket tip. ■ Reproducing the shape of the soil after excavation and leveling, and obtaining terrain data. ■ Reproducing soils with various properties such as mud, earth, and gravel by adjusting various parameters of soil mechanics. If you are interested in the design of construction machinery using simulations or the efficiency of on-site operations, please feel free to contact us. *For more details, please download the materials or contact us through our company website.

  • simulator
  • Software (middle, driver, security, etc.)
  • Machinery and equipment installation/dismantling/relocation

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Reflecting the work environment digitally in real time! Civil engineering work simulation.

Reflecting the work environment digitally in real time! Civil engineering work simulation.

Reproducing the behavior of soil and sand, such as excavation and soil removal, with high precision! You can simulate the flow of work, the movement of construction machinery, and changes in soil in a virtual space.

The soil simulation tool "AGX Dynamics" is a technology that enables the reproduction of various construction machinery operations and civil engineering tasks in a virtual space. It allows for the high-precision simulation of construction machinery operations and the behavior of soil during excavation and dumping, enabling the pre-simulation of work flow, machinery movements, and soil changes. In the large-scale civil engineering sector, where the number of workers and the scale of operations are significant, it helps in understanding the necessary number of construction machines and work hours, contributing to the efficiency of the site and the promotion of digital transformation (DX). 【Use Cases】 ■ Reproduction of civil engineering tasks such as excavation with excavators, leveling with bulldozers and road rollers, movement with crawlers and tires, and soil transportation with dump trucks. ■ Obtaining information about the forces acting on various parts of the construction machinery during civil engineering work, such as the excavation reaction force on the bucket tip. ■ Reproducing the shape of soil after excavation and leveling to obtain topographical data. ■ Reproducing soils with various properties such as mud, earth, and gravel by adjusting various parameters of soil mechanics. If you are interested in improving the efficiency of on-site work using simulations, please feel free to download the materials or consult with us.

  • simulator
  • Software (middle, driver, security, etc.)
  • Machinery and equipment installation/dismantling/relocation

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Virtual Transport Simulation "Lane Risk Service"

Virtual Transport Simulation "Lane Risk Service"

Visualize the temperature deviation risks lurking in the transport lanes monthly and by transport container, even without actual transportation! Reduce total ownership costs and expedite processes.

By submitting information regarding transport containers, pharmaceuticals and other cargo being transported, as well as transport lanes, we can obtain relevant data from global weather data spanning the past 10 years and 365 days. This digital solution visualizes temperature changes that may occur inside transport containers during actual transport, enabling the prevention of temperature deviations and the selection of transport containers that balance performance and cost. 【By utilizing virtual transport simulation, you can gain the following benefits!】 - Process acceleration ➔ No need to wait for summer or winter, shortening the process until product shipment. - Cost reduction and increased sales ➔ Reducing the possibility of temperature deviations, optimizing transport containers, and accelerating the process until shipment lead to earlier sales. - Accuracy ➔ A few test transports per year do not provide a sufficient sample size. By extracting the highest and lowest temperatures for each month from historical weather data and simulating, results closer to actual transport can be obtained. - Environmental impact ➔ CO2 emissions from test transports are zero. *For more details, please refer to the PDF document or feel free to contact us.

  • Other medical supplies and cosmetic manufacturing materials

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