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Analysis Software Product List and Ranking from 296 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.

Analysis Software Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. ミューテック Tokyo//software
  3. ウェーブフロント 本社 Kanagawa//software
  4. 4 インフォコム サイエンスグループ Tokyo//software
  5. 5 日本イーエスアイ Tokyo//software
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Analysis Software Product ranking

Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.

  1. Multivariate analysis software "SIMCA" インフォコム サイエンスグループ
  2. Lighting and optical analysis software "Lighting Simulator CAD" Camerium
  3. Utilizing borehole data with Surfer ヒューリンクス
  4. 4 Integrated proteomics analysis software "PEAKS" インフォコム サイエンスグループ
  5. 5 High-frequency three-dimensional electromagnetic field analysis software Ansys HFSS

Analysis Software Product List

376～390 item / All 1302 items

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Extruder thermal flow analysis software 'SCREWFLOW-MULTI'

Extruder thermal flow analysis software 'SCREWFLOW-MULTI'

Recommended for those who want to perform powder analysis and thermal fluid analysis of high-viscosity fluids!

SCREWFLOW-MULTI is a thermal fluid analysis software designed for high-viscosity resins in single and twin-screw extruders. It is recommended for those who want to evaluate mixing in screw extruders, conduct powder analysis, or perform thermal flow analysis of high-viscosity fluids! 【Contents】 ■ Flow analysis within twin-screw extruders ■ Particle analysis using connected particles ■ Flow analysis of the injection molding back process ■ Integrated analysis within screw extruders using a combination of DEM and MPS methods *For more details, please refer to the PDF materials or feel free to contact us.

  • Image analysis software
  • Contract Analysis

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[Data] Incinerator Waste Combustion and Cs Behavior Analysis Code

[Data] Incinerator Waste Combustion and Cs Behavior Analysis Code

Publication of an overview of waste incineration and Cs behavior analysis, as well as an overview of the analysis code and analysis flow.

General waste contaminated with radioactive cesium (Cs) that spread due to the accident at the Fukushima Daiichi Nuclear Power Plant is being incinerated at municipal waste incineration facilities. In this context, we developed a Cs behavior analysis code to evaluate the concentration and distribution of Cs that volatilized during incineration, as well as the attachment of Cs to the main ash and fly ash generated by the incineration of general waste. This document introduces the analysis flow of the "waste combustion and Cs behavior analysis code in the incinerator," along with diagrams illustrating the agglomeration of CsCl particles and their attachment to the main ash and fly ash. [Contents (excerpt)] ■ Overview of waste combustion and Cs behavior analysis in the incinerator ■ Overview of the analysis code and analysis flow ■ Analysis of the gas phase during the waste combustion process in the incinerator ■ Combustion reactions considered in waste combustion analysis ■ Analysis of the solid phase during the waste combustion process in the incinerator, etc. *For more details, please refer to the PDF document or feel free to contact us.

  • Contract Analysis

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[R-FLOW Analysis Case] Sludge Combustion Analysis in a Fluidized Bed Incinerator

[R-FLOW Analysis Case] Sludge Combustion Analysis in a Fluidized Bed Incinerator

Analysis of sludge combustion in a fluidized bed incinerator using the thermal fluid and powder analysis software "R-FLOW".

A case study of sludge combustion analysis in a fluidized bed incinerator using sand as a fluidizing medium. Both sludge and sand are analyzed using a unique representative particle (coarse-grained) model developed by applying DEM (Discrete Element Method). The introduced sludge is fluidized together with sand. Air is blown in from the bottom of the furnace, and the sludge is fluidized while undergoing the combustion processes of drying, pyrolysis, and char combustion, gradually breaking down into smaller fragments. The gases targeted in the combustion analysis are eight components, including oxygen, and the analysis considers the generation and disappearance of heat and chemical species associated with combustion, treating it as compressible gas.

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

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[R-FLOW Analysis Case] Multiphase Flow Analysis in FCC Equipment

[R-FLOW Analysis Case] Multiphase Flow Analysis in FCC Equipment

Thermal multi-phase flow analysis of gas, catalyst particles, and droplet behavior in FCC equipment with heat transfer using the thermal fluid and powder analysis software "R-FLOW."

A case study of multiphase flow analysis of gas, catalyst particles, and droplet behavior in a Fluid Catalytic Cracking (FCC) unit in the petroleum refining process. The behavior of catalyst particles and droplets is analyzed using a uniquely developed representative particle (coarse-grained) model that applies the discrete element method (DEM), a technique for powder analysis. On the other hand, the gas flow with heat is analyzed using a lattice (mesh). Droplets evaporate by receiving heat from high-temperature catalyst particles through the gas, and simultaneously, a large amount of steam is generated within the FCC unit as a result of the evaporation.

  • Image analysis software

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[R-FLOW Analysis Case] Free Surface Flow Analysis within the Final Drive

[R-FLOW Analysis Case] Free Surface Flow Analysis within the Final Drive

Free surface flow analysis inside the final drive (final gear) using the thermal fluid and powder analysis software "R-FLOW".

A case study analyzing the oil flow within the final drive (final gear), which is one of the power transmission devices, using the particle method (MPS method).

  • Image analysis software

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Speedy response from prototype to mass production! "Mold design and manufacturing"

Speedy response from prototype to mass production! "Mold design and manufacturing"

Over 50 years of experience and accumulated data and technical expertise! Supports new technologies in "flow analysis software"!

Kyoei Industrial's "Mold Design and Manufacturing" is backed by over 50 years of experience, accumulated data, and technical expertise. Additionally, with an in-house molding department, we offer smooth and speedy production capabilities tailored to customer needs, from prototyping to mass production. Our reliable response, supported by experienced staff, is why many customers have chosen us as their mold manufacturer for a long time. In terms of mold design and manufacturing achievements, we handle thermoplastic molds, hardened molds (HRC 60), and thermosetting molds. In line with our long history and achievements, we also utilize the latest technologies, such as flow analysis software (C&G Mold Design), to meet our customers' diverse needs. [Flow Analysis Software - Abundant Analysis Result Simulations] - Filling Patterns - Shrinkage Potential - Pressure - Cooling Time - Flow Orientation - Weld *For more details, please download the PDF or feel free to contact us.

  • Processing Contract
  • Mold Design
  • Image analysis software

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X-ray CT analysis software VX3D

X-ray CT analysis software VX3D

Currently conducting a rental campaign for the latest version of VX3D.

It enables intuitive automatic visualization solutions such as auto-cropping, clipping, and zoom cube functions, provides various measurement tools for 2D or 3D data analysis, and offers powerful reporting features to users. In particular, it is developed for practical industrial CT applications and can be effectively utilized for defect analysis in industrial purposes by adding the VXPI (Void Detection Module) as an add-on.

  • X-ray inspection equipment

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X-ray CT analysis software VXPI

X-ray CT analysis software VXPI

Software for automatic detection of voids from 3DX line CT images.

The 【VXPI】 is an add-on module for VX3D that automatically detects voids from 3DX X-ray CT images (manufacturer: 3D Industrial Imaging Co., Ltd.). It provides information on the size, volume, location, and density of inclusions and cavities, and is capable of detecting defects such as shrinkage cavities, gas holes, and foreign objects in aluminum, magnesium, iron, zinc, and plastics. Defect analysis can be performed not only on metal cast parts like aluminum, magnesium, iron, and zinc but also on plastic parts using 3DX X-ray CT images.

  • X-ray inspection equipment

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Engine combustion analysis

Engine combustion analysis

We will prepare all the necessary hardware and software for the engine combustion analysis test!

We offer a variety of proposals in the field of combustion analysis, from measurement to equipment installation and evaluation. We also handle combustion analysis devices from other manufacturers. Customized special measurements and controls are possible with our original combustion analysis software. We excel in processing and installation techniques for encoders and in-cylinder pressure sensors. 【Features】 ■ In-cylinder pressure detection support ■ Handling of combustion analysis devices ■ Phase detection support ■ Original combustion analysis software & control *For more details, please refer to the catalog or feel free to contact us.

  • Other analyses
  • Other measurement, recording and measuring instruments

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For the analysis of civil structures, general-purpose structural analysis software 'ISCEF'

For the analysis of civil structures, general-purpose structural analysis software 'ISCEF'

It is a structural analysis software (CAE) specialized for civil engineering structures such as dams and related structures. It can handle coupled analysis of structures and fluids, as well as slip stability analysis.

"ISCEF" is a general-purpose structural analysis code developed independently by our company using the finite element method. It excels in the analysis of ground, rock, and related structures due to its dynamic analysis coupling capabilities for structures and fluids, as well as its crack tracking functionality for concrete structures. However, it also demonstrates sufficient functionality in general structural analysis due to its high versatility (including two-dimensional and three-dimensional problems, static and dynamic problems, linear and nonlinear problems, etc.). We have a proven track record not only for the main dam but also for various ancillary structures such as steel gates, dam intake towers, and gate pillars. Leveraging the strengths of our in-house development, we can also accommodate detailed customization based on your requests. Additionally, we offer contracted analysis services using the same software. *For more details, please refer to the PDF document or feel free to contact us.

  • Contract Analysis

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ISCEF Utilization Case / Dam [Crack Tracking Function for Concrete Structures]

ISCEF Utilization Case / Dam [Crack Tracking Function for Concrete Structures]

Nonlinear dynamic analysis can reproduce the occurrence and progression of cracks at their origin! ISCEF, a structural analysis software suitable for large-scale structures.

We would like to introduce the application examples of the structural analysis software 'ISCEF' suitable for civil engineering structures. In concrete structures such as gravity dams, it is necessary to simulate crack propagation, reproduce the movement of joint connections, and conduct analyses considering propagation speed by modeling the reservoir as a compressible fluid. To understand the vibration characteristics of the entire dam, we propose optimal analysis procedures and methods, taking into account the characteristics of the analysis targets, including "actual eigenvalue analysis," "static analysis," and "time history response analysis." [Gravity Dam Analysis] ■ Actual Eigenvalue Analysis ■ Static Analysis ■ Time History Response Analysis *For more details, please refer to the PDF materials or feel free to contact us.

  • Contract Analysis
  • Structural Analysis

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[ISCEF Use Case] Tunnel and Excavation

[ISCEF Use Case] Tunnel and Excavation

Introducing case studies of the structural analysis software 'ISCEF', optimized for large-scale structures.

We would like to introduce the case studies of the structural analysis software 'ISCEF', which is optimal for civil engineering structures. In tunnel design, which has been based on empirical engineering, there is a growing demand for deeper investigations through numerical analysis. Our company proposes the most suitable analysis methods according to construction conditions such as excavation and support structures. Furthermore, by reproducing the nonlinear characteristics of structural elements (beams, rods, springs, etc.) necessary for modeling not only the ground but also the structures, we can achieve analyses with enhanced reproducibility. 【Tunnel Analysis】 ■ Initial Earth Pressure Analysis - Pre-excavation earth pressure stress - Post-excavation stress distribution ■ Construction - Construction model - Post-construction stress distribution *For more details, please refer to the PDF materials or feel free to contact us.

  • Contract Analysis
  • Structural Analysis

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[ISCEF Use Case] Temperature Analysis

[ISCEF Use Case] Temperature Analysis

Introducing case studies of the structural analysis software 'ISCEF', optimized for large-scale structures.

We will introduce the case studies of the structural analysis software 'ISCEF,' which is optimal for civil engineering structures. In large-scale mass concrete construction, such as dams, temperature stress due to cement hydration heat and temperature cracking become significant issues. To achieve higher quality construction, factors such as lift schedules and curing conditions have a substantial impact, and these construction conditions also reflect on project duration and costs, necessitating more optimal construction plans. Our company proposes appropriate analysis approaches and methods, taking into account the characteristics of the analysis target. 【Temperature Analysis】 ■ Analysis Settings ■ Temperature Conditions ■ Restraint Matrix Method *For more details, please refer to the PDF materials or feel free to contact us.

  • Contract Analysis
  • Structural Analysis

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ISCEF Application Example / Temperature Analysis [For Large-Scale Mass Concrete Construction]

ISCEF Application Example / Temperature Analysis [For Large-Scale Mass Concrete Construction]

From heat conduction analysis due to mass concrete placement to temperature stress analysis. We will introduce examples of the use of the structural analysis software 'ISCEF', which is suitable for large-scale structures.

We will introduce a case study on the use of the structural analysis software 'ISCEF', which is suitable for civil engineering structures. In large-scale mass concrete construction, such as dams, temperature stress due to the hydration heat of cement and temperature cracking become significant issues. To achieve higher quality construction, factors such as lift schedules and curing conditions have a major impact, and these construction conditions also reflect on the project timeline and costs, necessitating the need for more optimal construction plans. Our company proposes appropriate analysis approaches and methods, taking into account the characteristics of the analysis target. 【Temperature Analysis】 ■ Analysis Settings ■ Temperature Conditions ■ Restraint Matrix Method *For more details, please refer to the PDF materials or feel free to contact us.

  • Contract Analysis
  • Structural Analysis

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ISCEF "Coupled Analysis of Structures and Fluids"

ISCEF "Coupled Analysis of Structures and Fluids"

Equipped with coupled analysis functions for structures and fluids! Compressible fluids considering propagation speed are also available.

For structures that come into direct contact with fluids, such as dam embankments, coupled analysis between the structure and the fluid is necessary. The structural analysis software 'ISCEF' that we handle is suitable for civil engineering structures and includes not only incompressible fluids but also compressible fluids that take propagation speed into account. [Features] - It is possible to model using compressible fluid elements. - Both compressible and incompressible fluid elements can be used for two-dimensional as well as three-dimensional analysis. *For more details, please refer to the PDF materials or feel free to contact us.

  • Contract Analysis
  • Other contract services

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