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  1. ダイコーテクノ Hiroshima//others
  2. 中電シーティーアイ 本社 Aichi//Service Industry
  3. アイテス Shiga//Electronic Components and Semiconductors
  4. 4 環境シミュレーション Tokyo//software
  5. 5 同仁グローカル Kumamoto//others
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Analysisの製品ランキング

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  1. 水処理分野向け　流体解析サービス 中電シーティーアイ 本社
  2. Metabolome analysis 同仁グローカル
  3. Food-grade twin-screw extruder "TEX-F"
  4. 4 FEM (Finite Element Method) Contract Analysis Service ベンカン機工
  5. 5 Hepasine™ liver-related health indicator analysis service for medical institutions. プロトセラ

Analysisの製品一覧

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[Case Study of Thermal Fluid Analysis] Retention Analysis in a Water Tank

[Case Study of Thermal Fluid Analysis] Retention Analysis in a Water Tank

Utilize the general-purpose thermal fluid analysis software AcuSolve! It allows you to visualize the flow conditions within a tank.

This article introduces a case study of retention analysis within a tank. Using the general-purpose thermal fluid analysis software AcuSolve, we will conduct a circulation analysis of the solvent located under a rotating roll in the tank. By calculating the flow field within the tank, we can confirm the cycle in which the solvent is replaced and identify the areas where old solvent remains in the tank. 【Contents】 ■ Overview ■ Analysis Results ■ Summary *Detailed information about the case study can be viewed through the related links. For more information, please feel free to contact us.

  • Software (middle, driver, security, etc.)

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[Heat Fluid Analysis Case] Stirring Analysis

[Heat Fluid Analysis Case] Stirring Analysis

We conducted a stirring analysis and investigated the impact of blade installation angle on stirring efficiency!

In this article, we introduce a case study on mixing analysis. Using the general-purpose fluid analysis software AcuSolve, we conducted a mixing analysis and investigated the impact of blade installation angles on mixing efficiency. A four-blade mixer was placed in the mixing container and rotated at a constant angular velocity. The lower half of the fluid was colored, and we examined the changes in mixing efficiency for blade installation angles of 30 degrees and 70 degrees. Under these analysis conditions, it was concluded that a blade installation angle of 70 degrees results in superior mixing efficiency. [Contents] ■ Overview ■ Analysis Results ■ Indicators of Mixing Efficiency *Detailed information about the case study can be viewed through the related links. For more information, please feel free to contact us.

  • Software (middle, driver, security, etc.)

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[Case Study of Thermal Fluid Analysis] Air Conditioning Analysis

[Case Study of Thermal Fluid Analysis] Air Conditioning Analysis

You can verify the installation location of the floor ventilation panels by conducting thermal fluid analysis!

This article introduces examples of air conditioning analysis. By defining the pressure loss as solid on the floor slab, we model the ventilation panels. We can verify the appropriate placement of server racks, the set temperature and airflow of the air conditioning units, and the installation locations of the floor ventilation panels through thermal fluid analysis. [Contents] ■ Model Description (Data Center Analysis) ■ Data Center Modeling ■ Analysis Results *Detailed information on the case study can be viewed through the related links. For more details, please feel free to contact us.

  • Software (middle, driver, security, etc.)

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[Technical Column] Fluid Analysis of Butterfly Flapping Motion

[Technical Column] Fluid Analysis of Butterfly Flapping Motion

Reproducing butterfly motion with a mechanism analysis model in MotionSolve! Performing fluid calculations with AcuSolve.

Altair AcuSolve (hereinafter referred to as AcuSolve) is a general-purpose thermal fluid analysis software that uses the finite element method. By using AcuSolve alone or in combination with other solvers, fluid-structure coupled analysis is possible. In this article, we will introduce a case of coupled analysis using AcuSolve and the general-purpose motion analysis software Altair MotionSolve, titled "Fluid Analysis During Butterfly Flapping Motion." For more details, please refer to the related links. We encourage you to take a look. *For detailed content of the column, you can view it from the related links. Please feel free to contact us for more information.

  • Other analyses

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[Technical Column] Thermal Fluid Analysis Using Thermosetting Resins and Light-Curing Resins

[Technical Column] Thermal Fluid Analysis Using Thermosetting Resins and Light-Curing Resins

Many injection molding simulation software programs incorporate innovations to reduce calculation time!

This column introduces "Thermal Fluid Analysis Using Thermosetting and Light-Curing Resins." Many resin flow analysis software solve the Stokes equations, and depending on the analysis conditions, there are limitations such as the inability to accurately reproduce the actual filling situation. By adding a viscosity model to thermal fluid analysis software that solves the Navier-Stokes equations, the reproducibility of actual flow phenomena is significantly improved. For more details, please refer to the related links. We encourage you to read it. [Contents] 1. About Injection Molding Simulation Software 2. Issues with Injection Molding Simulation Software 3. Problems with Injection Molding Simulation Software *For detailed content of the column, you can view it from the related links. Please feel free to contact us for more information.

  • Other analyses

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[Technical Column] Flow Analysis of Rubber Materials Using OpenFOAM

[Technical Column] Flow Analysis of Rubber Materials Using OpenFOAM

An example analysis of filling a cylindrical cavity with rubber material is presented! Functions necessary for calculating rubber materials are explained.

OpenFOAM is a solver with open-source code that complies with the GPL. Since the source is publicly available, users can freely customize it and add functionalities such as missing physical models or special material properties. In this column, we will introduce a case where the viscosity model equation for rubber materials was incorporated into OpenFOAM and a flow analysis was conducted. For more details, please refer to the related links. We hope you will take a moment to read it. 【Contents】 ■ About OpenFOAM ■ Functions necessary for rubber material calculations ■ Governing equations ■ Application examples *Detailed content of the column can be viewed from the related links. For more information, please feel free to contact us.

  • Other analyses

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[Structural Analysis Example] Impact Analysis of a Rigid Sphere on a Protective Net

[Structural Analysis Example] Impact Analysis of a Rigid Sphere on a Protective Net

Modeling the net and support pillars to simulate the impact of a rigid sphere of falling rocks!

We will introduce a case study on the analysis of the strength and behavior of a protective net when it is impacted by falling rocks. It is possible to confirm not only the deformation of the net and the generated stress due to the impact of a rigid sphere but also the stress and deformation of the support posts caused by the net pulling on them. This analysis allows for the verification of the load-bearing capacity and failure behavior of the protective net, which can contribute to more optimal protective designs. [Analysis Results] - Confirmation of the deformation of the net and generated stress due to the impact of a rigid sphere, as well as the stress and deformation of the support posts caused by the net pulling on them. - Ability to verify the load-bearing capacity and failure behavior of the protective net. - Possible contribution to more optimal protective designs. *For more details, please refer to the related links or feel free to contact us.

  • Structural Analysis

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[Structural Analysis Example] Coupled Problem 1 Using Particle Method (SPH)

[Structural Analysis Example] Coupled Problem 1 Using Particle Method (SPH)

Modeled by the particle method (SPH)! The SPH water and Lagrange rotor blades apply contact conditions.

We will introduce a case study regarding "Bird Strike on Turbine Rotors." The properties of the bird are modeled as water using the Smoothed Particle Hydrodynamics (SPH) method. Contact conditions were applied between the SPH water and the Lagrangian rotor blades. In the related links below, we present the analysis results in images, so please take a look. 【Case Overview】 ■ SPH (Smoothed Particle Hydrodynamics) is suitable for analyzing fluid dispersion and large deformations. ■ The bird is modeled using the particle method (SPH). ■ The properties of the bird are modeled as water. ■ Contact conditions were applied between the SPH water and the Lagrangian rotor blades. *For more details, please refer to the related links or feel free to contact us.

  • Structural Analysis

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[Structural Analysis Example] Plastic Poisson's Ratio Curve Using Bézier Curves

[Structural Analysis Example] Plastic Poisson's Ratio Curve Using Bézier Curves

Reproduce the exam results! Conduct optimization calculations using the coordinates of control points as design variables.

The plastic Poisson's ratio - equivalent plastic strain relationship is represented by two Bézier curves. Optimization calculations were conducted using the coordinates of the control points as design variables. We are attempting to reproduce the test results. In the related links below, we introduce graphs before and after the optimization calculations, so please take a look. *For more details, please refer to the related links or feel free to contact us.*

  • Structural Analysis

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[Fluid-Structure Interaction Case] Destruction Behavior of Reinforced Concrete Slabs Due to Underwater Explosion

[Fluid-Structure Interaction Case] Destruction Behavior of Reinforced Concrete Slabs Due to Underwater Explosion

The water confinement effect is more powerful compared to air explosions! This is a case that shows the destruction situation of the RC version is significantly different.

This is a case study that examines the destruction behavior characteristics of reinforced concrete slabs (RC slabs) due to underwater explosions through numerical simulations using coupled structural-fluid analysis. The explosive used is the H51 model (Pentolite 51g), and the pressure calculations for the model utilize the JWL (Jones-Wilkens-Lee) equation of state. For water, the compressibility is taken into account using the GRUNEISEN equation of state. As a result, in the case of underwater explosions, the RC slab experiences shear failure due to the immense pressure from the water's confinement, while in the case of aerial explosions, craters, spall failures, and cracking occur on both the top and bottom surfaces of the RC slab. [Analysis Settings] - The explosive is the H51 model (Pentolite 51g), and the pressure calculations for the model utilize the JWL equation of state. - For water, the compressibility is taken into account using the GRUNEISEN equation of state. *For more details, please refer to the related links or feel free to contact us.*

  • Structural Analysis

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[Analysis Case] chtMultiRegionFoam Solver

[Analysis Case] chtMultiRegionFoam Solver

Significant cost reduction in numerical simulations with OpenFOAM! Introducing a case study of thermal fluid analysis for enclosures.

This is an introduction to a case study conducted using the chtMultiRegionFoam solver for thermal fluid analysis of a casing, including heat conduction within solids. Eight solid materials were defined, with one inlet and one outlet set up, and a porous body defined at the inlet. Four cases were calculated: in cases 1-1 to 1-3, a velocity was defined at the outlet to check the airflow resistance (system impedance), and in case 2, a fan model was set up based on P-Q characteristics for the calculation. [Case Overview] ■ By executing multiple patterns of calculations with a specified flow rate at the outlet, it is possible to investigate airflow resistance (system impedance). ■ By defining P-Q characteristics at the outlet, thermal fluid analysis can be performed at the operating point of the fan. *For more details, please refer to the related links or feel free to contact us.

  • Thermo-fluid analysis

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Elastic Stress Analysis of Arbitrary Shaped Solid Frames FAP-3

Elastic Stress Analysis of Arbitrary Shaped Solid Frames FAP-3

Achieving complex structural elastic stress analysis with "easy operation."

FAP-3 can perform elastic stress analysis of arbitrarily shaped structures, including out-of-plane stiffness in addition to in-plane stiffness, using wire materials as well as planar plate elements as structural components. Diagrams and calculation results can be output as PDFs. The elastic stress analysis of arbitrarily shaped three-dimensional frames can be viewed by downloading the catalog.

  • Other CAD related software

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FEM (Finite Element Method) Contract Analysis Service

FEM (Finite Element Method) Contract Analysis Service

At Benkan Kiko, we offer services such as strength analysis using FEM (Finite Element Method).

The various special fittings for processes handled by Benkan Kiko require more diverse specifications than commonly used and sold pipe fittings. In particular, pressure resistance performance is a crucial characteristic for ensuring the behavior and safety of pipe fittings under high pressure. Pressure resistance is secured by optimizing the shape and dimensions of the pipe fittings, and one of the design methods used is FEM analysis. This service includes the following main contents: - Design support for piping materials such as pipe fittings using FEM analysis ▻ Design of special-shaped pipe fittings (replacement from cast piping materials in high-pressure environments, etc.) ▻ Evaluation of pressure resistance performance of existing pipe fittings ▻ Manufacturing of special fittings (support from material procurement to manufacturing, testing, inspection, and shipping) - Various responses are possible by combining with our proprietary technology. For inquiries, please first contact our sales representative or use the web inquiry form on our website. From the initial meeting, a dedicated representative from our technical headquarters will respond, allowing you to directly reflect your requests in the analysis results. We can accommodate various meeting formats, including on-site visits, visits to our company, and web conferences (Zoom, MS Teams, etc.). Please feel free to consult with us.

  • Pipe Fittings
  • Beverage Production Equipment
  • Wastewater/wastewater treatment equipment

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Coupled analysis with 3D simulation (VPS)

Coupled analysis with 3D simulation (VPS)

Introduction to the current situation regarding updates on coupled analysis with VPS.

I would like to introduce the current situation regarding updates on coupled analysis with VPS (Virtual Performance Solution). In the GUI, we create models for coupled analysis using ESI Group's integrated GUI environment, VE (Visual Environment), specifically Visual-Systems. With the release of VE 13.5, the number of available components has increased. Specifically, in the previous version, the outputs from the VPS model were limited to position, displacement, angle, and angular velocity. However, in the current version, it now supports displacement and load, and the outputs to the VPS model have expanded to include not only load and pressure sensors but also displacement, velocity, and moment. This significantly broadens the range of cases for conducting coupled analysis. *For more details, please feel free to contact us.*

  • Other analyses
  • simulator

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High Frequency Noise Analysis "Brush Noise Analysis"

High Frequency Noise Analysis "Brush Noise Analysis"

Example of motor brush noise wraparound analysis

An analysis of motor brush noise on the control board was conducted. When an impulse signal simulating brush noise was applied, significant noise was confirmed to be superimposed on the CPU communication signal terminal. It was found that inserting a 0.1μF capacitor at the motor terminal could significantly suppress the noise at the CPU terminal. However, using low-frequency electrolytic capacitors with self-resonance as noise killer capacitors was found to worsen the noise level at the CPU terminal compared to not using a capacitor. 【Features】 ○ The communication signal enters the CPU communication terminal via the path X1→IC3→CPU. ○ Investigate the effects when impulse noise is applied to the motor terminal. ○ Noise analysis requires an analysis of the entire board, including the implemented components. For more details, please contact us or download the catalog.

  • Other analyses

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