Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
1216～1230 item / All 1274 items
LiDAR data analysis and processing software
The point cloud analysis software LiDAR360 is a dedicated platform developed by GreenValley International for processing vast amounts of point cloud data. It employs over ten cutting-edge point cloud algorithms, artificial intelligence, and machine learning to maximize the potential of point cloud data while solving users' application problems.
Eigenvalue analysis is important for addressing and examining resonance issues. Experienced engineers will check the natural frequencies and modes, and assist with countermeasures and considerations.
Eigenvalue analysis is used to confirm fundamental issues in products. It helps to determine the natural frequencies and the types of eigenmodes, which can aid in solving resonance problems. 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 contract 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." - Uses globally trusted and high-precision software such as "ABAQUS" and "NASTRAN." - 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 - Robotic 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 available for download.
![[ASU/V-Struct Implementation Case] Kawanishi Industrial Co., Ltd.](https://image.mono.ipros.com/public/product/image/b59/2001519776/IPROS15900130267597660378.png?w=280&h=280)
Technical data presentation in progress! Practical application of simulation technology for improving the automotive headlining molding process.
We would like to introduce a case study of the implementation of the structural analysis software 'ASU/V-Struct' at Kawanishi Industrial Co., Ltd., a global comprehensive manufacturer. At the company, due to the viscoelastic nature of the headlining (ceiling material) molding, it was difficult to make predictions through simulations, resulting in significant time and costs for evaluations using actual parts, which posed challenges to development speed. After the implementation, factors related to moldability were identified, and pre-simulation evaluations became possible, leading to a significant improvement in production stability, with almost no need for rework after molding. Details of the expected effects of CAE and the development overview can be found in the PDF document, so please take a look. [Challenges] ■ Significant time and costs incurred for evaluations using actual parts ■ Increased demand for further improvement in development speed *For more details, please download the PDF or feel free to contact us.
![[CAE Solution Case] Resin Sheet Press Molding](https://image.mono.ipros.com/public/product/image/2db/2001519786/IPROS12579995834890429002.png?w=280&h=280)
Presenting technical data! Introducing an example of seat press forming analysis modeled after automotive headlining.
We would like to introduce a CAE solution case using the structural analysis software 'ASU/V-Struct' for resin sheet press molding. In automotive interiors, such as headliners, there are many instances where composite materials centered around resin are formed by pressing. During these molding processes, similar to metal pressing, defects such as cracks and wrinkles can occur, and adjusting molds and molding conditions through trial and error can require a significant amount of time and effort. By using simulations, it is possible to predict molding defects and shorten development periods. For more detailed case information and about our products and services, please refer to the PDF materials. [Case Overview (Partial)] ■Challenges - We would like to consider measures for molding defects such as cracks and wrinkles. - We would like to explore methods for securing the sheet during pressing. - We would like to investigate the deformation of the sheet and the timing of contact with the mold. *For more details, please download the PDF or feel free to contact us.
Even those with little experience in impact measurement can determine the optimal reference point!
With the AI-equipped Reference+, determining the optimal reference points for experimental modal analysis can be done rationally and easily. Along with other innovative automated features, it offers excellent flexibility and eliminates the need for complex interactions.
Series on What the Japanese Kernel System Can Do [6] Simple STC Calculation of I-V Curves
Under the title "What the Japanese Kernel System Can Do," we will introduce our company's "technology" and "commitment to product creation" in a series. The sixth theme is a simplified STC calculation of the I-V curve.
![[R-FLOW Analysis Case] Combustion Analysis of Waste in a Stoker-Type Incinerator](https://image.mono.ipros.com/public/product/image/99d/2000433977/IPROS265491452175059665.png?w=280&h=280)
Analysis of waste combustion in a stoker-type incinerator using the thermal fluid and powder analysis software "R-FLOW".
A case study of multiphase flow analysis that reproduces the combustion process of waste introduced into a stoker-type incinerator. The behavior of the waste is analyzed using a unique representative particle (coarse-grained) model developed by applying the DEM (Discrete Element Method), which is a powder analysis technique. The waste introduced from the waste inlet moves towards the ash discharge direction while resting on the grate inside the incinerator. Primary air is blown in from below the grate, and secondary air is blown in from above, allowing the waste to undergo the combustion processes of drying, pyrolysis, and char combustion as it moves over the grate, 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 them as compressible gases. The waste is represented as bonded particles that adhere to each other due to adhesive forces, and by incorporating a bonding model where the adhesive forces between the bonded particles gradually decrease as combustion progresses, the process of the initially large mass of waste breaking apart is reproduced.
Would you like to grasp clues for improving thermal efficiency using the software "EnergyWin"?
We provide training and technical support for thermal efficiency analysis of power plants using the software "EnergyWin." Our company is the only one in Japan authorized to conduct education related to the overview and operation of "EnergyWin," as well as training on thermal efficiency analysis. We offer thermal efficiency management-related training and technical support through the operation of "EnergyWin," as well as model creation for thermal efficiency analysis to companies that own power plants, such as thermal power plants. "EnergyWin" is widely used by electric power companies in Japan and is highly regarded for its effectiveness. We particularly recommend it to companies considering the following cases: - Estimating the causes of efficiency decline in power plants and thinking about cost reduction. - Already implementing "EnergyWin" and wanting to learn the operation methods related to thermal efficiency analysis for training new employees. "EnergyWin" is a registered trademark of the Central Research Institute of Electric Power Industry. (Trademark Registration No. 5262245)
With a comprehensive contract management feature, we strongly support contract management tasks more safely and smoothly!
This system is a contract management system that realizes the disclosure of information and enhances security measures against misuse. It allows for the application of unique rules during input at the time of registration and during operations, preventing incorrect registrations and enabling alerts. Additionally, it enables ledger creation through automatic input linked with GPT, and since batch processing is possible, you can quickly transition from managing PDF files to system management. 【Features】 ■ Deadline email notifications ■ Advanced registration control ■ Viewing, access, and download restrictions ■ Automatic input ■ Electronic contract integration ■ Monitoring of batch output *For more details, please download the PDF or feel free to contact us.
![[Comprehensive Catalog 2025 Edition] HPC Solution](https://image.mono.ipros.com/public/product/image/c3c/2001536372/IPROS11684501944994474813.PNG?w=280&h=280)
Comprehensive catalog of applied HPC/workstations/servers specialized in research and development.
Applied uses only components that meet its own quality standards for original HPC/workstation/server products. To ensure you can use our products with confidence, we consistently strive for quality improvement from component selection to manufacturing. 【Request a Quote for Applied HPC & BTO Conveniently via the Web!】 You can carefully select products and easily request a "Formal Quote" and download "Specifications"! Completing product specifications and a rough estimate takes just three minutes! "Formal Quote Request" When you request a quote for a product of interest on the Applied HPC & BTO site, a staff member will contact you to discuss the functions and specifications that your PC truly needs, and create the best quote for you. "Download Specifications" Customization to your liking is possible. You can customize the product to the necessary specifications simply by selecting from the items, and obtain a quote. You can download the quote content as a specification document. *You can view the comprehensive catalog of HPC from the PDF download below.
![[Seminar] Efforts of the Central Research Institute of Electric Power Industry Towards the Expansion of Geothermal Power Generation Introduction](https://image.mono.ipros.com/public/product/image/06a/2001395625/IPROS20062818410050229235.png?w=280&h=280)
Challenges and Future Directions for Realizing Smart Security at Existing Power Plants - Trends in the Development of Carbon Recycling CO2 Geothermal Power Generation Technology, etc.
Our company will hold a seminar titled "Efforts by the Central Research Institute of Electric Power Industry to Expand the Introduction of Geothermal Power Generation." To expand the introduction of geothermal power generation, improving the calendar day utilization rate through stable operations is an important issue in the operation of power plants. While geothermal power generation is often said to be a stable power source with little output fluctuation, there are actually significant losses in generation opportunities due to equipment troubles. This presentation will provide a detailed explanation of the software "GeoShink," developed under the NEDO project, which contributes to improving the calendar day utilization rate through labor-saving monitoring and analysis of geothermal power plants, along with actual application examples. Additionally, we will provide a detailed explanation of the latest trends in geothermal power generation technology, specifically the "Carbon Recycling CO2 Geothermal Power Generation Technology" being researched and developed under the JOGMEC project. 【Seminar Details】 ■ Date and Time: September 9 (Monday) 13:30 - 15:30 (Doors open at 13:00) ■ Speaker: Yoshinobu Nakao, Senior Researcher, Plant System Research Department, Energy Transformation Research Headquarters, Central Research Institute of Electric Power Industry, Ph.D. (Engineering) *For more details, please refer to the PDF document or feel free to contact us.
Providing a powerful tool for collecting, displaying, and analyzing data in real time!
"IPEmotion" is an advanced data collection and analysis software platform provided by IPETRONIK. It features initial setup and configuration functions for data loggers and measurement modules, allowing intuitive connection, configuration, and parameter adjustment of devices. As a result, users can quickly set up devices and efficiently start data collection. 【Features】 ■ Intuitive UI ■ Support for various devices ■ Data collection and real-time display ■ High-precision data analysis ■ Data visualization and report creation ■ Scalability and compatibility *For more details, please download the PDF or feel free to contact us.
AI sees beyond the line of sight! Form checks can be done faster than human verification.
"VP-Sync" utilizes AI technology to evaluate the synchronization level of individuals appearing in two videos. The AI detects the skeletal structure from the movements of the individuals in the videos and calculates the detailed angles of various body parts. Furthermore, by comparing the two videos, it can accurately determine how synchronized they are and identify which scenes have discrepancies in angles. ■ What can be achieved - Level up by comparing with a model You can analyze a video you want to use as a model and yourself at any time, discovering detailed points for improvement. - Confirm your skill growth By comparing with your past videos, you can verify your own skill improvement. - Trimming from a large group When selecting a video, you can trim the target individual for identification. ■ Features - Capable of detecting fast movements - AI evaluates automatically and accurately - The target can be freely customized *For more details, please download the PDF or feel free to contact us.
Case study of utilizing "VP-Ergono" to address invisible risks and protect the health of workers.
In the logistics industry, where tasks that impose burdens are performed momentarily, the daily strain can accumulate, leading to significant health risks. Because the tasks are not complex, differences in individual posture can arise, resulting in substantial disparities over time. By analyzing the working posture in various situations and providing guidance on safe working postures, we can mitigate the occurrence of overlooked invisible risks and protect the health of workers. ↓↓ Here is a video introducing examples of applications in logistics. ■ About Load Analysis "Visualizing the analyzed load values in an easy-to-understand manner" Instead of asking "how much load is there?" when adopting a "high-load posture" during a series of work movements or maintaining it, we analyze and display the harmfulness based on the improvement requirements of the OWAS method using a four-level evaluation. "Analyzing the load on each joint for comprehensive judgment" We analyze the load on ten major joints of the human body and assess the load conditions felt strongly during work as "back," "upper limbs," and "lower limbs." This is displayed as an easily understandable indicator for overall improvement requirements.
