Reliability Workbench 15.0.2.3 has been released. Please check the details from the link below.

CFturbo is used at the Aerospace Systems Research Center of Muroran Institute of Technology. For more details, please check the link below.

CFturbo is used in the Kyo-Shimizu Laboratory at Kyushu Institute of Technology and the Miyagawa Laboratory at Waseda University. For more details, please check the URL. (You can also confirm from the links below) CFturbo: https://www.wavefront.co.jp/CAE/CFturbo/ Kyushu Institute of Technology, Kyo-Shimizu Laboratory: http://www.phys.mse.kyutech.ac.jp/ Waseda University, Miyagawa Laboratory: https://www.miyagawa.mech.waseda.ac.jp/

The Model Link Manager (MLM) is a plugin module for RWB that standardizes procedures for evaluation in accordance with ISO26262 Part 5 and supports the assessment of analysis results. It has a powerful feature that automatically generates a Fault Tree equivalent to the created FMEDA. As part of the "ISO26262 Business Support Package," which includes the Reliability Workbench Fault Tree+ module, it allows for integrated evaluation using the same tools as upstream design, such as ISO26262 Part 4. For more details, please check the URL. https://www.wavefront.co.jp/system_i/ModelLinkManager/

We have published an introduction page for the image inspection software "ARGOS." Please check the URL below for details. https://www.wavefront.co.jp/ims_solution/ARGOS/

We have published an introduction page for the biomechanics analysis software "BoB." *Please check the URL for details.* https://www.wavefront.co.jp/BoB/

A Piston Cooling template for two-phase flow piston cooling simulation using oil injection has been added. It is now possible to model multiple pistons with a single piston cooling module. Additionally, conjugate heat transfer simulations can be performed without using Python scripts.

A Fuel Tank template has been added to simulate two-phase flow in the fuel tank of a vehicle.

A Vehicle template has been added for performing simulations of automotive exterior, under-hood airflow, and thermal damage analysis. Additionally, a new mesh type has been introduced, allowing selected solid components or internal fluid components to be retained within the template. Furthermore, "Drag development" has been added to the output of drag calculations.

A Marine template has been added for performing hull simulations. Additionally, a "Submerged hull" type for simulating underwater objects such as submarines and UAVs has been added. It is also possible to choose whether to maintain the water surface and whether to include propulsion.

Using a completely new mesh algorithm, it is possible to simulate the 3 degrees of freedom translational motion of a ball valve, combined with the rotational motion to simulate 6 degrees of freedom rigid body motion.

The Simerics MP+ and GT-SUITE can now seamlessly integrate 1D simulations and 3D CFD simulations by sharing physical quantities (such as pressure, velocity, temperature, etc.) at the interface at each step. GT-SUITE was developed by Gamma Technologies, LLC (http://www.gtisoft.com/).

A General Gear template mesh that can comprehensively handle internal and external gears has been added. It now supports multiple gears, including not only spur gears but also helical gears.

"Internal Flow Analysis and Hysteresis Reproduction of Poppet Valve Type Pressure Control Valve" The paper titled "Internal Flow Analysis and Hysteresis Reproduction of Poppet Valve Type Pressure Control Valve" by the team of Professors Tanaka and Shimizu from Kyushu Institute of Technology, heavy users of SimericsMP+, has been published in the Journal of the Japan Fluid Power System Society! If you are interested in CFD (Computational Fluid Dynamics) of valves, please take a look!

As a user case of Simerics MP+, we have published a fluid analysis (CFD) of a vane pump using Simerics MP+ (formerly known as Pumplinx), with the cooperation of the people from the Foundation Technology Research Institute of KYB Corporation!

The second installment of the online seminar that received a great response the other day! We will introduce case studies utilizing "tools" with the theme of the most frequently mentioned "keyword of interest" from the survey responses on the seminar day: [Machine Learning]. This seminar is recommended for those who want to know specific use cases such as "What can 'Machine Learning' actually do?" and "When should I use 'Machine Learning'?" This time, we will take a slightly different perspective and present case studies of "Machine Learning" applications using tools in a broad context, including "multi-objective optimization using Machine Learning" in 'Materials Informatics (MI)', "Data Science", and "Image Recognition Processing". ■ Event Overview 【Date and Time】October 14, 2020 (Wednesday) 13:15 - 14:00 (scheduled for 45 minutes) 【Participation Fee】Free (pre-registration required) 【Method】Held online (Web) 【Overview & Registration】Please register from the following page www.wavefront.co.jp/news/20201014-MI_seminar ★ We sincerely look forward to your participation! ♪★

We have published a new user case for Simerics' 'PumpLinx', a product handled by our company. You can download the case from the following URL: https://www.ipros.jp/catalog/detail/467444 Kyushu Institute of Technology originated from the private Meiji Technical School established in 1907 and became a national university in 1949. It is the only national university with a Department of Information Engineering and is located in the Kitakyushu industrial area, the largest industrial zone in Kyushu, which is also famous for conducting tests with the Hayabusa (MUSES-C) spacecraft that reached asteroid Itokawa. Last autumn, we received an inquiry from Professor Emeritus Kazuhiro Tanaka of Kyushu Institute of Technology. Subsequently, Professor Shimizu and his students from the Kyo-Shimizu Laboratory conducted an evaluation trial, recognizing the advantages of our software compared to other CFD software they had been using, leading to its adoption. We spoke with Professor Shimizu, and master's students Hirose and Watanabe from the Kyo-Shimizu Laboratory at Kyushu Institute of Technology.

A rich lineup of "CAE solutions" available in various fields ■ Plasma Solutions - Low Temperature Plasma Analysis [VizGlow] Analyzes plasma under various conditions using a compressible fluid model. - Thermal Plasma Analysis [VizSpark] Analyzes heat and temperature rise associated with heat generated by arc plasma. - Particle Method Plasma Analysis [Particle-PLUS] Specializes in plasma analysis for semiconductor-related devices at low pressure. - 3D Rarefied Gas Analysis [DSMC-Neutrals] Supports calculations of complex shapes and analyzes gas flow throughout the entire device. ■ Integrated Simulation for Material Development [Materials Studio] Supports various fields such as crystal growth, catalysts, fuel cells, lubricants, catalysts, and polymers. ■ Dedicated Thermal Fluid Analysis for Pumps and Valves [PumpLinx] Analyzes the transient characteristics of fluids in various volumetric pumps, compressors, and valves. ■ General-purpose Thermal Fluid Analysis Software [Simerics MP for SOLIDWORKS] CAD-integrated thermal fluid analysis that can be operated on SOLIDWORKS. *Please feel free to contact us for more details!

Introducing our new product. Are you spending too much time on simple tasks on your PC? 'Auto Mate' automates the repetitive tasks that business personnel perform on their computers! RPA (Robotic Process Automation) refers to the automation of business processes by robots. It is software that automates routine tasks performed on a computer. For example... - Routine repetitive tasks - Simple tasks like data entry - Verification tasks such as checking numbers visually, etc. These may seem like minor simple tasks, but they actually "accumulate and take up time" and "aren't significant enough to hand over to someone else..." The RPA software 'AutoMate' will take care of these tasks for you! 'AutoMate' can be set up more easily with drag-and-drop than creating macros in Excel, even without programming knowledge. Additionally, - Implementation track record: Over 3,000 companies abroad and more than 100 in Japan - A small start is possible, including implementation costs If you are even slightly thinking, "We need to reform our work style..." this is for you! *For more details about the product, please contact us.

Introducing a new product. 'PDF3D' allows you to view 3D shape data in PDF format on the free Adobe Acrobat Reader, enabling easy rotation and zooming. <Main Features> - Load geometric shape data and convert it to 3D PDF. - Capable of reading over 70 types of 3D geometric shape formats, including STL, DWG, IGES, STEP, and VRML. - Allows the addition of 3D data to existing PDF files. - Significantly reduces file size while maintaining quality. (Patent granted) - Supports animation. - Enables interactive manipulation of 360-degree panoramic images. - No need for the paid Adobe Acrobat Pro (operates independently). This product is perfect for those who have 3D CAD data in-house but find it difficult to share! Please feel free to contact us!

A case study on fluid analysis of a vane pump using "PumpLinx" was published in KYB Technical Report No. 53 OCT. 2016 issued by KYB Corporation. 【Characteristic Prediction of Vane Pump through CFD Analysis】 https://www.kyb.co.jp/technical_report/data/no53j/03_technology_explanation_01.pdf