Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
106～120 item / All 145 items
The PHOTO series is used in many manufacturing and design environments.
The electromagnetic field analysis software PHOTO is designed for a wide range from low frequency to high frequency, and it analyzes electromagnetic fields, eddy currents, and electromagnetic waves.
Evaluating collision safety performance! Here is an example of a full car model collision analysis conducted.
We would like to introduce our CAE analysis services. We have included an example of a full car model collision analysis. From the analysis results, we created a vehicle deceleration displacement diagram (G-S diagram) to evaluate collision safety performance. Leveraging our design experience in automotive and railway vehicle development, we provide services from initial evaluation to improvement proposals. 【Overview】 ■RADIOSS: Collision Analysis - Number of elements: 1,919,302 - Number of nodes: 1,969,831 *For more details, please refer to the PDF document or feel free to contact us.
Featuring desktop analysis software that covers everything from basic genetic analysis tools to next-generation sequencing data analysis tools!
This catalog is a comprehensive introduction to the bioinformatics of World Fusion Co., Ltd., which mainly develops pharmacogenomics-related software and databases. It features a range of analysis technologies, including the desktop analysis software "CLC Genomics Workbench," which covers everything from basic gene analysis tools to next-generation sequencing data analysis tools, as well as "Biomedical Genomics Workbench" and "Metagenome@KIN." [Contents] ■ NGS Data Analysis ■ Metagenome & Metatranscriptome ■ Clinical Sequence Analysis ■ Annotations & Targets ■ Samples & Data Management *For more details, please request the materials or view the PDF data from the download section.
![[Case Study] Examination of the Arrangement of Heat Resistance Elements through Inverse Analysis](https://image.mono.ipros.com/public/product/image/e20/2000557020/IPROS57856363781651891432.png?w=280&h=280)
Visualizing the "direction to move" to promote cooling with the world's first inverse analysis technology!
By using the "position sensitivity" obtained from the reverse analysis of Flow□esigner, it is possible to visually represent how to arrange components to promote cooling for all parts. By utilizing "reverse analysis," effective improvement proposals can be quickly identified even without knowledge or experience in thermal design. *Sensitivity... An indicator that represents the degree of influence of boundary conditions, etc., on design objectives.
Experienced engineers will propose appropriate analysis methods tailored to your analysis objectives. We assist in analyzing phenomena related to the collision of objects.
In collision analysis, it is used to identify collision issues in products. It helps to confirm what kind of forces occur during a collision, what behaviors are exhibited, and can be utilized for safety verification and quality improvement. It is utilized in various fields such as automotive, aerospace, railways, shipping, plants, industrial machinery, construction machinery, civil engineering, and the medical field. 【Features】 - Proposal-based contracted analysis by experienced engineers. - Suggestions for condition setting considerations and improvement measures based on analysis results. - Thorough pursuit of "high quality," "short delivery times," and "cost performance." - The software used includes globally trusted and high-precision tools like "Radioss." - High repeat rate. 【Examples of Target Products】 - Automobiles - Aircraft - Railways - Ships - Plant equipment (pressure vessels, piping, etc.) - Construction machinery - Machine tools and presses - Molds and jigs - Semiconductor devices - Robot arms - Industrial equipment - Bridges and dams - Medical devices and nursing equipment It is utilized in various areas. For more details, please request materials or view the PDF data from the download section.
General-purpose finite element method analysis
Nastran is widely used across all major manufacturing sectors and has unique features such as system modeling/substructuring (super elements), dynamic response analysis, and solution customization (DMAP), making it the industry standard for advanced system-level analysis in the automotive, aerospace, defense, heavy machinery, and shipbuilding industries.
A thermal fluid analysis tool that goes beyond the limits of trial and error.
In general thermal fluid analysis software, designers only input their design proposals as conditions to simulate airflow and temperature distribution. Therefore, if the initial design conditions do not achieve the intended design target values, the designer must repeatedly reconsider the improvement conditions themselves. To find improvement proposals that can meet the design goals, it is necessary to conduct a vast number of analyses. How can one find a design proposal that achieves the design goals within the limited design review period? FlowDesigner’s inverse analysis function is the only simulation software that provides the answer!
Centrifugal pumps, axial flow turbines, etc.! Wing shape designs subdivided into various turbo machinery configurations are possible.
"AxCent" is a product equipped with the functionality of turbo machinery geometry codes, strong in geometric design, and compatible with the design of single-stage/multi-stage turbo machinery. It allows for detailed airfoil design for various turbo machinery shapes such as centrifugal/inclined flow compressors, centrifugal pumps, and radial/inclined flow turbines. Fluid analysis (PushbuttonCFD) and structural analysis (PushbuttonFEA) can be performed on the AxCent GUI, and there is a feature for importing existing airfoil shapes (3D point cloud data). [Features] ■ Detailed airfoil design for various turbo machinery shapes ■ Calculation of blade surface load distribution using the Multi Stream Tube (MST) method ■ Semi-three-dimensional calculations using Blade-to-Blade and Through-flow methods ■ Output functionality to general-purpose fluid analysis software ■ Output to CAM software MAX-PAC for 5-axis machining of impellers *For more details, please refer to the related links or feel free to contact us.
![[Case Study of Thermal Fluid Analysis Software] Thermal Design of Electric Vehicles](https://image.mono.ipros.com/public/product/image/e19/2000874314/IPROS50473775899432751785.png?w=280&h=280)
Optimizing thermal performance in EV design! Introducing a case where we were able to identify the main thermal issues in the design.
This is a successful case study of the thermal fluid analysis software 'Celsius EC Solver' for accurately and quickly analyzing the thermal performance of electronic devices. In Europe, there is an engineering competition called Formula Student, where student teams from engineering departments design, manufacture, validate, and race small-scale formula-style racing cars. Team Bath Racing Electric from the University of Bath in the UK needed to lower the battery temperature to meet the regulations while progressing with the design of their electric vehicle (EV) category in the competition. To achieve this, they adopted the electronic thermal fluid analysis software 'Cadence Celsius EC Solver,' which can analyze the thermal performance of electronic systems with high precision and speed. This allowed them to identify issues with the existing design and manufacture the EV based on new design proposals. [Case Overview] ■ Application Scope: Electronic devices for automobiles ■ Software Used: Cadence Celsius EC Solver ■ Benefits: Analysis speed, high precision, efficient design *For more details, please refer to the PDF document or feel free to contact us.
Intuitive color representation of underwater terrain depth data! Output drawings as image files!
"TOPOCatcher" is a software for displaying and analyzing seabed topography data that allows intuitive understanding of seabed terrain and location information through simple operations. With just a drag, you can switch between zooming in/out and moving the display screen. It reads seabed topography grid data and contour line data, displaying shaded relief maps. Additionally, while viewing the display screen, you can interactively switch between "cross-section display of the selected area with the mouse" and "simple three-dimensional display of the selected area with the mouse." 【Features】 ■ Reads seabed topography grid data and contour line data, displaying shaded relief maps ■ Click on any position on the drawing with the mouse to output location information ■ Switch between zooming in/out and moving the display screen just by dragging the mouse ■ Color-coded display that allows intuitive understanding of the depth of seabed topography data ■ Diverse displays: cross-section display and simple three-dimensional display ■ Output files: images and location information *For more details, please refer to the PDF materials or feel free to contact us.
More realistic CAE with coupled analysis of Abaqus/STAR-CCM+.
Around us, various physical phenomena such as fluids, structures, electromagnetic fields, and acoustics are intricately intertwined to form a "multiphysics" environment. To accurately capture these phenomena in CAE, it is necessary to model them while considering multiphysics. In this context, the functionality and performance of software and hardware continue to improve rapidly, establishing a foundation for coupled analysis that takes multiple physical phenomena into account. Due to demands for cost reduction in product development and shorter development cycles, the need for improved accuracy and practical application of CAE is increasing daily. Therefore, at IDAJ, we provide a comprehensive support for multiphysics CAE by simultaneously proposing Abaqus and the general-purpose thermal fluid analysis program STAR-CCM+. Coupled analysis using Abaqus and STAR-CCM+ enables more realistic and accurate analyses.
The world's first thermal fluid analysis tool that exceeds the limits of trial and error.
In general thermal fluid analysis software, designers only input their proposed designs to simulate airflow and temperature distribution. Therefore, if the initial design conditions do not achieve the desired design target, the designer must repeatedly reconsider the improvement conditions themselves. To find improvement proposals that can meet the design goals, it is necessary to conduct a vast number of analyses. How can one find a design proposal that achieves the design goals within a limited design review period? The inverse analysis function of FlowDesigner is the only simulation software that provides the answer.
Visualizing improvement points with thermal conductivity sensitivity.
Are you repeatedly struggling with trial and error in thermal design? ~Introducing the "Inverse Analysis Function" of FlowDesigner!~ In traditional thermal design, we have derived answers through trial and error to meet design goals. There have also been times when we couldn't immediately achieve the design objectives and were forced to compromise. By using the "Inverse Analysis" function of the thermal fluid analysis software FlowDesigner, you can visualize various improvement proposals as "sensitivity" with just two analyses: "current proposal analysis" and "sensitivity analysis." This not only shortens the time spent on trial and error in thermal design but may also lead to solutions that you had never imagined before.
What can be done to "streamline" the consideration of the optimal layout plan?
Are you repeatedly struggling with trial and error in thermal design? ~Introducing the case of FlowDesigner’s "Inverse Analysis" feature!~ In traditional thermal design, we have derived answers through trial and error to meet design goals. There have also been times when we couldn't immediately achieve the design goals and were forced to settle for compromises. By using the "Inverse Analysis" feature of the thermal fluid analysis software FlowDesigner, you can visualize various improvement proposals as "sensitivity" with just two analyses: "current proposal analysis" and "sensitivity analysis." This not only shortens the time spent on trial and error in thermal design but may also lead to solutions that you had never imagined before.
Compatible with Windows and Mac OS X! Fully supports sequence quality scores.
We would like to introduce 'CodonCode Aligner,' which we handle. This product is a program for Windows and Mac OS X that assists with DNA sequence assembly, contig editing, and mutation detection. It is compatible with Phred-Phrap and fully supports sequence quality scores. Additionally, it features a user-friendly and easy-to-understand interface. 【Features】 ■ Compatible with Windows and Mac OS X ■ Assists with DNA sequence assembly, contig editing, and mutation detection ■ Compatible with Phred-Phrap ■ Fully supports sequence quality scores ■ Easy-to-understand user interface *For more details, please refer to the related links or feel free to contact us.
