Developed by Matelys, DBCell is a comprehensive material database tool focused on acoustic, elastic, and damping properties. It serves as a centralized platform for managing intrinsic properties, performance data, technical datasheets, and brochures of various materials. Key features include a contextual search tool, material properties selection, visualization of sound absorption and transmission spectra, and the ability to handle complementary specifications such as fire resistance, heat, humidity, and tearing. DBCell supports scripting requests and combined simulations, with export capabilities to various modeling tools using methods like Transfer Matrix Method (TMM), Finite Element Method (FEM), Radiosity, and Ray Tracing. The latest version, DBCell 6.0 (2024), introduces multi-layer system management, recommendations for appropriate predictive models, enhanced graphics, and management of uncertainties from measurements to simulations through envelopes. Additionally, the integrated MatAcDB provides access to a comprehensive set of data verified by Matelys, based on over 1,500 characterizations spanning 20 years of experience. This integration ensures regular updates and additions, enhancing the tool's reliability and relevance.

Features:

• Contextual Search Tool: Facilitates efficient retrieval of material information.
• Material Properties Selection: Allows users to filter and select materials based on specific acoustic, elastic, and damping properties.
• Technical Datasheets and Brochures: Generates comprehensive datasheets and brochures for materials.
• Visualization: Provides graphical representations of sound absorption and transmission spectra.
• Complementary Specifications Management: Handles additional criteria such as fire resistance, heat, humidity, and tearing.
• Scripting and Simulation Integration: Supports scripting requests and integrates with simulation tools like AlphaCell for combined analyses.
• Export Capabilities: Enables export to various modeling tools using TMM, FEM, Radiosity, and Ray Tracing methods.
• Multi-Layer System Management: Manages complex multi-layer material systems.
• Predictive Model Recommendations: Offers suggestions for appropriate predictive models based on material data.
• Enhanced Graphics: Improved graphical interface for better user experience.
• Uncertainty Management: Manages uncertainties from measurements to simulations through envelope computations.
• Integrated MatAcDB: Access to a verified database of acoustic and vibration materials with regular updates.