コンカレント日本 List of Products and Services

nCode VibeSys is a high-performance data processing system designed for the analysis of acoustic and vibration test data. In addition to general signal processing, it features sophisticated analytical capabilities for early fault detection in rotating machinery, evaluation of human responses to sound and vibration, and calculation of dynamic characteristics of structures. VibeSys is user-friendly software that meets customer expectations in terms of sound, comfort, and legal regulations, enabling the design of reliable products.

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"VI-CarRealTime" is software for vehicle motion simulation that enables both offline and online calculations to quickly implement various considerations related to vehicle development. It provides a consistent vehicle model from the upstream stages of development across various fields, including dynamic behavior of vehicle models, ride comfort, handling performance, and SILS/HILS. [Features] - High-precision, low-degree-of-freedom vehicle motion model - Various interfaces - High-precision, highly robust driver model - Standard events for various performance evaluation tests - Significant reduction in analysis time For more details, please refer to the catalog or feel free to contact us.

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VI-grade provides vehicle motion simulation software and associated engineering services for all engineers involved in vehicle dynamics development in the automotive, motorcycle, railway, aerospace, and motorsports fields. Leveraging years of expertise in system-level simulation technology, we offer solutions that integrate experimentation and analysis in both offline and online simulation domains for industry professionals with specialized knowledge. 【Features】 ■ High-precision, low-degree-of-freedom vehicle motion models ■ Stable driver models ■ Analysis environment provided For more details, please refer to the catalog or feel free to contact us.

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The high-performance vehicle motion model "VI-CarRealTime" is a vehicle motion simulation software that provides a similar analysis environment and high-precision vehicle models in both fields to achieve a balance between motion performance and optimal control systems. It models the steering system, suspension (K&C) characteristics, and more in detail. It automatically converts Adams/Car models, shares a common database with Adams models, and is fully compatible with Adams/Car. 【Features】 ■ High-precision, low-degree-of-freedom vehicle motion model ■ Stable driver model ■ Interface for model construction (Adams/Car, CarSim) ■ Utilization in Hardware In the Loop and Driving Simulator ■ Collaboration with ADAS software (such as OKTAL, PreScan) For more details, please refer to the catalog or feel free to contact us.

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This document is the material presented during the "Automotive Technology Exhibition 2014" workshop held on May 23, 2014 (Friday). In recent years, driving simulators have begun to be utilized as a method for front-loading real vehicle experiments in the development process. This document includes information about Driving Simulators (DiM) for vehicle development, which seamlessly connects the two areas of experimentation and analysis. 【Main Contents】 ■ Current Status of Driving Simulators → DS (Driving Simulator) vs DiM (Driver in Motion) → Necessity of DS ■ Driver in Motion (DiM) → Key Technologies of DiM, etc. For more details, please contact us or download the catalog.

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nCode GlyphWorks is a powerful data processing system for analyzing engineering data. In addition to signal processing capabilities, optional features such as fatigue analysis are also available. It can smoothly handle vast amounts of data in various file formats. Furthermore, it allows for seamless execution from raw data to final report creation, contributing to work efficiency. [Features] - Sophisticated GUI for process building - Create analysis workflows by dragging and dropping data processing blocks - Supports various data formats - Rich features (fatigue analysis, creation of shortened durability test conditions, frequency analysis, frequency analysis, GPS processing, anomaly detection, video integration, etc.) *For more details, please refer to the materials. Feel free to contact us with any inquiries.

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Introduction to the vehicle motion model and the pinnacle of real-time simulation technology, the driving simulator.

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Proposal for Vehicle Motion Model for EV/HEV Development

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Next-generation vehicle motion models and real-time simulation technology.

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Using detailed vehicle models is a prerequisite for obtaining accurate results, but it is not sufficient on its own. Vehicle models require precise physical driver models. This allows simulations to be conducted under conditions as close as possible to those on a test course. VI-Driver is the best commercially available driver model. It has been validated in numerous projects carried out by major OEMs and top racing teams in the global automotive industry. - State-of-the-art controllers for longitudinal and lateral control - Robust and precise path-following algorithms - Advanced management of all driver channels (steering, throttle, clutch, brake, and gear) Another significant feature is that VI-Driver can be used across a comprehensive set of tools, from concept to detailed design for Software-in-the-Loop and Hardware-in-the-Loop development.

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In the VI-MotorCycle, a dedicated simulation environment for motorcycles, you can quickly build complete and parametric analytical models. Furthermore, it enhances the accuracy of existing models and allows for the detection and resolution of product defects during the prototype stage. Additionally, the virtual rider model minimizes risks associated with physical experiments while simultaneously improving testing accuracy. This reduces testing man-hours and allows for more time to be allocated to design improvement tasks. The common modeling and design methods of VI-MotorCycle facilitate smooth evaluations of ride comfort, handling stability, vehicle stability, and fatigue strength between OEMs and suppliers. Based on Adams technology, VI-MotorCycle is continuously improved and validated by the technical team at VI-grade.

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VI-DriveSim is a groundbreaking turnkey solution offered to automotive engineers, an innovative integrated driving simulator tool for a new generation approaching system-level simulation. With the driving simulator, you can bridge the gap between virtual prototypes and experiments. With VI-DriveSim, you can experience dynamic simulation results in a fully immersive environment from the early stages of the development process. 【Features】 ■ A space-saving, energy-efficient, and cost-effective 9-degree-of-freedom platform like never before ■ High-precision vehicle model based on VI-CarRealTime ■ Innovative motion cueing algorithm VI-MotionCueing ■ High-quality graphics and sound VI-GraphSim

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VI-SportsCar is software for evaluating the performance of racing vehicles and sports cars in a virtual environment.

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nCode DesignLife is an upfront design tool that can identify critical areas and calculate realistic fatigue life using finite element (FE) results for metals and composites. By stepping beyond simple stress analysis and simulating under actual load conditions, it helps avoid costly design changes and ensures that the design is neither insufficient nor excessive. DesignLife is equipped with advanced features such as welding, vibration, crack propagation, composite materials, thermal fatigue analysis, and virtual shaker simulations.

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