Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
166～180 item / All 388 items
Logical design, layout design, testing, analysis
We would like to introduce the development achievements of Astron Corporation's programs for the semiconductor industry.
High-speed rendering is performed by converting LEF/DEF data into a database for drawing.
We would like to introduce the development achievements of Astron Corporation's LEF/DEF editor.
Windows real-time motor operation sample program. Real-time side program and Windows side operation screen VB2005.
A sample program for motor operation in the "MOSBench" environment for easy Windows real-time IO control. It includes the "MOS language" program for real-time control and the communication operation screen program on the Windows side (Visual Basic 2005) for interaction with the real-time side.
Equipped with a rich physical model! A fluid analysis program boasting excellent work efficiency.
"CONVERGE" is an innovative thermal fluid analysis program developed by Convergent Science, Inc. in the United States, specifically for engines. The mesh generation process, which has been a significant obstacle to improving work efficiency with conventional CFD tools, is now covered by a fully automated mesh generation feature built into the solver, drastically reducing the time required for mesh generation compared to traditional methods. The meshes generated by this product are completely orthogonal grid-based, and with many mesh control options, including solution-adaptive grids, it allows for higher precision simulations with minimal computational load. Additionally, it is equipped with a rich set of physical models, making it adaptable for all types of engine simulations. 【Features】 - User-friendly GUI - Fully automated mesh generation by the solver - Extremely simple condition settings for moving boundary problems such as pistons and valves - High analysis accuracy with minimal computational cost achieved through solution-adaptive grid functionality - Minimization of operator dependency on analysis results *For more details, please download the PDF or feel free to contact us.
A groundbreaking software that aims for high computational accuracy in thermal fluid analysis while minimizing bottlenecks in analysis operations.
"CONVERGE" is a thermal fluid analysis program equipped with a fully automated mesh generation function for solvers. Since the mesh is generated completely automatically, the work period is significantly shortened compared to conventional methods. Additionally, it can be applied to any complex shape due to its principles, and it can also be easily applied to moving interfaces, such as valves. In addition to applications for moving boundary problems and fluid-structure interaction, it can be applied to various flow phenomena. 【Features】 ■ Fully automated mesh generation function by the solver ■ Excellent applicability to complex shapes ■ Easy shape modification ■ Superior applicability to moving boundary problems ■ High-speed detailed chemical reaction solver "SAGE" *For more details, please refer to the PDF materials or feel free to contact us.
![[Case Study] Engine Cylinder Combustion Analysis 'CONVERGE'](https://image.mono.ipros.com/public/product/image/08d/2000426729/IPROS11669796765570919722.jpg?w=280&h=280)
Simultaneously calculate the combustion state inside the cylinder! It is possible to provide temperature boundary conditions close to reality.
The engine-specific thermal fluid analysis program 'CONVERGE' can not only simulate the flow, fuel injection, and combustion within the engine cylinder but also perform heat conduction analysis within the solid parts, coupling it with the thermal calculations of the fluid portion inside the cylinder. This is an example of simultaneous coupling of heat conduction analysis of the solid (metal) part of the piston with the flow, fuel injection, and combustion analysis within the engine cylinder. In conventional piston heat conduction analysis, boundary conditions on the inner side of the cylinder were mostly applied uniformly for evaluation. However, by solving the combustion state within the cylinder simultaneously, it becomes possible to dynamically provide temperature boundary conditions that are closer to reality, allowing for higher precision in thermal conduction analysis. [Features] ■ Simultaneous calculation of the combustion state within the cylinder ■ Ability to dynamically provide temperature boundary conditions that are closer to reality *For more details, please refer to the PDF materials or feel free to contact us.
Strength calculation program based on the High-Pressure Gas Specific Equipment Inspection Regulations.
The creation of strength calculation documents requires a lot of expertise and is a complex and time-consuming task. TOSCA-TW was developed as a strength calculation document creation program from the user's perspective, under the guidance of the High Pressure Gas Safety Association by the Tokyo KTR Committee's Strength Calculation Document Subcommittee. The output paper for the calculation results will serve as the application strength calculation document. *Please download the product brochure from our website via the "Related Links."
Pressure vessel structure standard compliance strength calculation program
PRESSEL is a strength calculation program that complies with the pressure vessel design standards (Type I pressure vessels, Type II pressure vessels). It includes a database of various material properties (allowable tensile stress, yield point or 0.2% proof strength, longitudinal elastic modulus, linear expansion coefficient), various external pressure charts, and fatigue calculation curves. The output paper for calculation results can be used as an application strength calculation report. *Please download the product brochure from our website via the "Related Links."
Let's thoroughly prepare and prevent with the CARE service program! Let's stop the endless cycle of costly repairs!
Compressed air plays an important role in the work process. To prevent unplanned downtime and production stoppages that are not accounted for in the budget, and to reduce operational costs, it is essential to develop an appropriate maintenance strategy. By partnering with Ingersoll Rand and investing in one of the CARE service programs, you can receive preventive maintenance and support tailored to your business needs. This ensures smooth operations under any circumstances, regardless of the age of the equipment.
Are there any scratches or distortions on the heat plate of the press machine...? Actually, that can be fixed.
Compatible with large heat plates! We can accommodate heat plates up to a maximum size of 2.5m x 8m. This size is possible thanks to Yamamoto Iron Works, which specializes in handling large presses. Safe, secure, and high precision! With over 60 years of experience in working with presses, we will demonstrate our accumulated technology and expertise. We deliver YAMAMOTO quality that meets global standards. Installation services available! Not only can we process heat plates, but you can also rely on us for removal, installation, and transportation. Trust everything to Yamamoto Iron Works. Available nationwide! With a proven delivery record across Japan, Yamamoto Iron Works collaborates with craftsmen nationwide through its extensive network.
A simple, intuitive structural analysis program specifically for piping!!
The established CAEPIPE has been reborn as 3D+ with an interface that incorporates 3D piping CAD data from plant design software! ○ Database: ANSI, JIS piping sizes/material standards ○ Supports piping stress evaluation standards for various industries, including ASME B31.1/3/4/5/8/9, hydrogen piping B31.12IP/PL, ISO, RCC-M, and marine DNV ○ Compatible with metal pipes, buried pipes, FRP/GRP composite pipes, and PVC pipes ○ Analyzes reaction forces on rotating equipment such as pumps ○ Integrated analysis with beam structures for support systems ○ Water hammer load and wind load analysis functions ○ Capable of eigenvalue and spectral response seismic analysis, including multi-point excitation input ○ Random vibration and fatigue analysis functions for PSD excitation ○ Includes hanger design functionality, with a database featuring 19 companies, including four Japanese manufacturers ○ 3D graphic display function for piping networks ○ Ability to switch and verify between graphic screens and input data ○ Graphics can be freely zoomed, rotated, and moved ○ Automatic generation of analysis reports ○ Flexible unit system settings ○ Comprehensive interface with plant design data ○ Over a thousand sets sold, primarily in the U.S. and Europe
Compatible with piping codes for nuclear, thermal power plants, and chemical plants!!!
PIPESTRESS is a specialized software for high-temperature and high-pressure piping dynamics analysis developed by the Swiss company DST Computer Services S.A. 【Features】 ○ Compatible with all piping evaluation codes approved by the Nuclear Regulatory Commission ○ Supports general high-temperature and high-pressure piping codes for thermal power plants and chemical plants ○ The PC version supports up to 500 load cases, while the UNIX version supports up to 2000 load cases ○ Analysis of large piping system models with over 3000 piping elements ○ Local orthogonal coordinate systems, cylindrical coordinate systems, spherical coordinate systems, and inclined coordinate systems for piping and part dimensions ○ Mixed class (allows switching and setting multiple piping classes in the piping model) ○ Composite material piping ○ Multi-level seismic spectrum response analysis ○ Response spectrum analysis in cylindrical and orthogonal coordinate systems ○ Response analysis under time-history transient loads ○ Mode analysis allows for rigid mode modification and cutoff frequency setting ● For other functions and details, please contact us.
All-metal design for improved cleanability! Enhanced speed and accuracy of screen replacement.
In the "Rortex Screener Version Upgrade Program," general-purpose models will be transformed into an all-metal specification (automatic tension type screener). With the spring tension clip, the speed and accuracy of screen replacement are improved. The durability of the metal screen frame and the quick screen replacement eliminate the need for spare frames. Additionally, we have prepared a "Drive Head Replacement Program" just in case. You can choose the appropriate program from new products, refurbished items, or repair part replacements. 【Features】 - All-metal specification for improved cleanability - Completely sealed design for peace of mind regarding contamination - Consistent tension ensures improved classification stability - Available in SUS304, 304L, 316L, as well as aluminum and iron - Can also accommodate sanitary specifications *For more details, please refer to the PDF document or feel free to contact us.
Wide-ranging support from direct blow to injection and stretch blow. Time-dependent deformation is also reproduced with high precision using the K-BKZ model.
The parison and preform shapes can be imported from Ansys and STL files in addition to dimension input using the B-SIM template. Various settings such as clamp position, temperature of the parison and preform, thickness distribution, friction and heat transfer with the mold, timing of the blow, and direction of mold movement allow for accurate reproduction of the blow molding process.
High-precision simulation of complex extrusion molds that are difficult to simulate is possible.
The conditions for achieving ideal extrusion are narrow, and the accuracy is easily influenced by the molding conditions, making irregular extrusion a field where the advantages of simulation are particularly evident. The irregular extrusion module derives a stable mold shape against disturbances based on the unique optimal mold design theory "Cross-Flow Minimization Method" developed by Compulast. It thoroughly supports the abundant ideas of mold designers with simple operability and quick analysis.
