SOLIZE supports customers with next generation CAE Technology.
Our Technology enables Digital Engineering.
To reduce costs, improve performance, guide optimal design and shorten the development cycle, SOLIZE runs various analyses such as structural, CFD, MBS, electromagnetic field analyses as part of its simulation suite. If there are no boundary conditions specified we can set appropriate ones based on the test conditions.
As a pioneer of digital engineering, SOLIZE integrates not only CAE technology but also SOLIZE’s entire monodzukuri technology to help customers create new value and solve problems for next generation development based on CAE.
Features of CAE Engineering Services
Engineering Simulation Services
CAE driven design engineering
We provide engineering simulation services in automotive product development via CAE analyses such as structural, CFD, electromagnetics. Experienced CAE engineers with comprehensive knowledge of OEM PD processes lead the projects. We enable our clients to develop their base technology using CAE, grow their computational resource capability, shorten development lead times and significantly improve quality of their products.
Large scale CAE analysis modeling as a contract service
Our exclusive and expert CAE engineers can create, in very short time periods, complex meshes for accurate large scale CAE analysis models for crash, NVH and durability. They can take care of the whole gamut of activities from coordination for acquisition of CAD data from each department, creation of component and assembly models of whole vehicles. We have been producing large scale CAE analysis models for OEMs at the rate of about 40 – 50 models per year for over 10 years.
Reverse Engineering from 3D scan
CAE analyses can be run using CAE data created using the CAD generated out of the point cloud data of a 3D scan. We help clients benchmark components and systems even when the client has no CAD data using this technique of 3D scanning. If the client prefers to run their own CAE analyses we can create the CAE data to meet their specifications and make that available from the scanned CAD data.
CAE analysis and proposals for production of experimental models
We provide one-stop services for CAE analysis, proposals for implementation methods and production of experimental models. By collaborating with our 3D CAD engineers and 3D printing engineers, we provide proposals for and manufacture models to be used in experiments from the 3D data obtained from CAE analyses.
Technical Consulting Services
We propose a truly useful optimal design that meets various performance requirements, including robustness and manufacturing requirements, by integrating topology optimization and shape optimization. Our proposals clear our 3D printing manufacturing requirements assuming both small-scale and mass production. Therefore, we can offer product shapes that are not possible by conventional methods.
Full-vehicle handling (multibody system) analysis
Our simulation is in line with the flow of automobile suspension development. It evaluates full-vehicle model construction, calculation of the performance of static and dynamic characteristics of a suspension itself, and the ride comfort plus the performance of handling of the entire vehicle.
In addition to simulation based on the multibody system simulation (MBS) model alone, we can run simulations that includes the control model of the entire vehicle system by collaborating with our MBD engineers.
Computational fluid dynamics (CFD)
A team lead by a first-class PhD engineer with more than 20 years of computational fluid dynamics (CFD) work experience at automotive OEMs can help customers solve their complicated problems. Many of the engineers of our oversea affiliate in India are also doctors and masters degree holders, and the collaboration between Japan and India enables us to provide cost-effective technical consulting services.
- NVH analysis of white bodies
- Movement when driving over bumps: Evaluation of ride comfort
- Air flow of air-conditioner: Evaluation of temperature distribution
- Coolant flow in an engine: Evaluation of temperature distribution
- Creation of analysis mesh data
- Aircraft parts: Structural analysis. Calculation of safety rate at maximum stressed part.
- Mobile phones: Analyze drop tests and redesign from results.
- Diagnostic equipment: Structural analysis
- Cosmetic containers: Structural analysis