Decibel Mapping Projects
Explore acoustic transformation case studies showing sound analysis and optimization results
Acoustic Analysis and Results
Sound Heat Maps
Our case studies document acoustic transformations through detailed sound mapping. Each project includes visual representations of noise zones before and after acoustic treatment implementation.
These heat maps illustrate how sound waves behave in different areas of a space, highlighting reflection points and identifying optimal panel placement locations.
The analysis process involves measuring ambient noise levels, identifying frequency imbalances, and developing targeted solutions for specific acoustic challenges.
Residential Study Room Project
Initial Assessment
This residential space presented challenges with excessive echo and sound reflection from hard surfaces. Initial measurements showed reverberation times exceeding recommended levels for comfortable conversation and focused work.
Sound mapping revealed primary reflection zones on parallel walls and ceiling surfaces where sound waves were bouncing repeatedly.
Solution Implementation
Strategic placement of felt acoustic panels on side walls and ceiling absorption panels addressed the primary reflection points. Furniture arrangement was optimized to act as natural diffusers, breaking up parallel surface patterns.
Wood-slatted panels were installed to provide both aesthetic appeal and frequency-specific sound control in targeted areas.
Results
Post-installation measurements showed significant reduction in reverberation time. Sound clarity improved, with speech intelligibility scores increasing measurably.
The space now provides a balanced acoustic environment suitable for focused work, comfortable conversation, and media consumption without audio distortion.
Workspace Acoustic Optimization
Project Overview
An open-plan workspace required acoustic treatment to reduce ambient noise levels and improve speech privacy between work areas. The challenge involved maintaining the open design aesthetic while addressing acoustic performance issues.
Technical Approach
Sound mapping identified noise transmission paths and reflection patterns throughout the space. Custom panel configurations were designed to target specific frequency ranges while maintaining visual consistency with the existing design scheme.
Outcome
Ambient noise levels decreased significantly, creating a more focused work environment. Speech privacy between areas improved while preserving the open layout aesthetic. Post-project evaluation confirmed sustained acoustic performance over time.
Analysis Methodology
Measurement Phase
Initial acoustic measurements establish baseline performance characteristics. This includes frequency response analysis, reverberation time calculations, and ambient noise level documentation.
Mapping Process
Sound heat maps visualize acoustic behavior across the space. These maps identify reflection zones, dead spots, and areas requiring targeted treatment intervention.
Verification
Post-installation measurements verify that acoustic improvements meet project objectives. Comparative analysis confirms the effectiveness of implemented solutions.