Prediction on Sound Insulation to a Single-Leaf Wall

Xian Feng Huang; Zong Xiao Yang; Yan Yang

doi:10.4028/www.scientific.net/AMR.594-597.2824

Paper Titles

Dynamic Response of an Elastic-Supported Bridge Beam Subjected to Velocity-Varied Moving Loads
p.2802

Analysis and Comparison Research of Airport Noise Metrics
p.2808

Study on Sub-Span Oscillation of Bundle Conductor for Transmission Line
p.2815

The Practical-Analytical Solutions of the Wind Turbine Tower System’s Natural Vibration Properties
p.2819

Prediction on Sound Insulation to a Single-Leaf Wall
p.2824

Prediction on the Sound Insulation of a Double -Leaf Lightweight Panels
p.2828

The Structural Refinement and Vibration Analysis of Apparatus Based on Inertia Benchmark for Measuring Road Roughness
p.2832

Experimental Research on the Heat Transfer Characteristics of Electrorheological Fluid Shock Absorber
p.2836

Research on Influence Factors of Strata Classification Based on Fuzzy Cluster Analysis and Fuzzy Pattern Recognition
p.2843

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 594-597Prediction on Sound Insulation to a Single-Leaf...

Prediction on Sound Insulation to a Single-Leaf Wall

Abstract:

High sound insulation performance of a wall is one of the significant goals of the architecture design. For exploring a reliable sound insulation prediction method to a single-leaf wall, this paper introduces the coincidence effect in the calculation. This method can predict the wall’s sound reduction index easily, and depict the coincidence effect of a wall especially. Meanwhile, it is shown that the prediction method might be applied to the practical building acoustic design.