Noise Propagation Path Simulation Software Elsyca LeakageMaster
Elsyca LeakageMaster identifies noise paths in complex three-dimensional spaces and models them using engineering techniques. It is a 3D model path exploration tool that allows for virtual smoke tests of noise propagation and consideration of countermeasures. It provides everything necessary for air-borne noise analysis. Acoustic engineers can automatically generate plugs and custom sealants needed for identifying noise leakage paths and countermeasures. Through simple manipulation of the model, they can interactively verify the effectiveness of sealing measures against noise leakage.
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**Main Features** - Import and prepare models with just a few clicks - Use the clipping tool to isolate areas of interest - Automatically generate acoustic plugs in seconds - Create custom sealants with a rich toolset - Enable and disable plugs and sealants - Investigate noise propagation paths - View simulation results - Share conclusions with others **What can be achieved with Elsyca LeakageMaster** - Interactively select sealing methods and verify acoustic performance - Path exploration that is difficult in reality - Optimization of design from path extraction Elsyca LeakageMaster addresses problems that have been difficult to solve with previous experiments. Detailed acoustic paths through reinforcement structures are extracted from the BIW computer model, allowing engineers to interactively select various sealing methods and verify acoustic performance based on this information.
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User Case: Mitsubishi Motors Corporation Mitsubishi Motors Corporation, which traces its origins in car manufacturing to the "Mitsubishi A-Type," the first mass-produced passenger car in Japan made in 1917, has produced numerous iconic vehicles, including the "Outlander PHEV," which integrates EV technology with 4WD technology, and the "Pajero Sports," which inherits the legacy of the "Pajero" that led the RV boom. To pursue the driving comfort of these vehicles, innovations related to body vibration and noise are essential. This time, we will introduce the leak path detection analysis using Elsyca LeakageMaster to improve the sound insulation of the vehicle body. *URL for user case publication https://www.scsk.jp/product/common/elsyca/index.html
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We provide SCSK's cutting-edge solutions best suited for manufacturing, including design and visualization, pre- and post-processing, CAE analysis, production technology analysis, material development solutions, MI, AI predictive modeling, optimization, PLM, and cost management.