CYPE Acoustic simulation M02

Overview

The CYPE Acoustic Simulation M02 module provides advanced tools for acoustic analysis, sound insulation evaluation, and noise control in architectural and engineering projects. It is designed to help professionals predict and optimize the acoustic performance of buildings in compliance with international standards.

By combining precision modeling, real-time calculation, and BIM integration, M02 allows users to simulate sound propagation, assess insulation performance, and document compliance efficiently.

⚙️ Key Features

1. Acoustic Performance Analysis

• Calculates airborne and impact sound insulation between rooms and building elements.

• Simulates reverberation time (RT60) and sound absorption within enclosed spaces.

• Provides noise maps and acoustic visualization for spatial analysis.

2. Building Component Evaluation

• Models acoustic performance of walls, floors, ceilings, and windows using certified material libraries.

• Evaluates performance of acoustic barriers, insulation layers, and absorbent panels.

• Supports multilayer compositions and dynamic adjustment of construction assemblies.

3. Standards and Compliance

• Fully compliant with ISO 12354, EN 13788, and other international acoustic standards.

• Offers region-specific presets for European, North American, and Latin American regulations.

• Automatically generates compliance reports and result summaries.

4. BIM Integration

• Compatible with Open BIM workflows via BIMserver.center.

• Imports building geometry and materials directly from IFC models.

• Synchronizes automatically with other CYPE modules such as CYPECAD MEP for multi-disciplinary coordination.

5. Reporting and Visualization

• Generates frequency response curves, sound transmission paths, and noise contour maps.

• Includes 3D visualization tools for analyzing acoustic reflections and dispersion.

• Produces customizable PDF reports with graphical outputs and technical data.

Acoustic simulation M02

A BIM solution for acoustic simulation in buildings.

Categories:

• Energy and acoustic simulations

Includes: