COMBINED EFFECT OF THE AIRBORNE AND IMPACT NOISE PRODUCED ONTO THE SOUND INSULATION OF INSERTED FLOORS OF RESIDENTIAL BUILDINGS: THEORETICAL ASPECTS

COMBINED EFFECT OF THE AIRBORNE AND IMPACT NOISE PRODUCED ONTO THE SOUND INSULATION OF INSERTED FLOORS OF RESIDENTIAL BUILDINGS: THEORETICAL ASPECTS

The indoor environment of residential buildings is a complex system. It consists of diverse though related elements. An optimal correlation of parameters of the indoor space converts into the appropriate equilibrium and harmonious human living free from any stimulating or irritating factors that int...

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Bibliographic Details
Main Author: Saltykov Ivan Petrovich
Format: Article
Language:English
Published: Moscow State University of Civil Engineering (MGSU) 2012-10-01
Series:Vestnik MGSU
Subjects:
airborne sound isolation
impact sound isolation
floors
floating floors
inserted floor
residential buildings
Online Access:http://vestnikmgsu.ru/files/archive/issues/2012/10/ru/4.pdf
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spelling doaj-3081328eb67e4aee9c24d951785babf42020-11-24T22:51:47ZengMoscow State University of Civil Engineering (MGSU)Vestnik MGSU 1997-09352012-10-01104550COMBINED EFFECT OF THE AIRBORNE AND IMPACT NOISE PRODUCED ONTO THE SOUND INSULATION OF INSERTED FLOORS OF RESIDENTIAL BUILDINGS: THEORETICAL ASPECTSSaltykov Ivan Petrovich0Moscow State University of Civil EngineeringThe indoor environment of residential buildings is a complex system. It consists of diverse though related elements. An optimal correlation of parameters of the indoor space converts into the appropriate equilibrium and harmonious human living free from any stimulating or irritating factors that interfere with any working and/or relaxation processes. The author has selected the following three principal factors of the indoor environment. They include heat, daylight and sound. The research has revealed a strong linkn between these factors. Noise pollution of residential houses is taken into account through the introduction of the airborne insulation index and the impact sound index underneath the inserted floor. The findings of theoretical researches and experiments have proven a strong functional relationship between airborne and impact sound values.http://vestnikmgsu.ru/files/archive/issues/2012/10/ru/4.pdfairborne sound isolationimpact sound isolationfloorsfloating floorsinserted floorresidential buildings
collection DOAJ
language English
format Article
sources DOAJ
author Saltykov Ivan Petrovich
spellingShingle Saltykov Ivan Petrovich
COMBINED EFFECT OF THE AIRBORNE AND IMPACT NOISE PRODUCED ONTO THE SOUND INSULATION OF INSERTED FLOORS OF RESIDENTIAL BUILDINGS: THEORETICAL ASPECTS
Vestnik MGSU
airborne sound isolation
impact sound isolation
floors
floating floors
inserted floor
residential buildings
author_facet Saltykov Ivan Petrovich
author_sort Saltykov Ivan Petrovich
title COMBINED EFFECT OF THE AIRBORNE AND IMPACT NOISE PRODUCED ONTO THE SOUND INSULATION OF INSERTED FLOORS OF RESIDENTIAL BUILDINGS: THEORETICAL ASPECTS
title_short COMBINED EFFECT OF THE AIRBORNE AND IMPACT NOISE PRODUCED ONTO THE SOUND INSULATION OF INSERTED FLOORS OF RESIDENTIAL BUILDINGS: THEORETICAL ASPECTS
title_full COMBINED EFFECT OF THE AIRBORNE AND IMPACT NOISE PRODUCED ONTO THE SOUND INSULATION OF INSERTED FLOORS OF RESIDENTIAL BUILDINGS: THEORETICAL ASPECTS
title_fullStr COMBINED EFFECT OF THE AIRBORNE AND IMPACT NOISE PRODUCED ONTO THE SOUND INSULATION OF INSERTED FLOORS OF RESIDENTIAL BUILDINGS: THEORETICAL ASPECTS
title_full_unstemmed COMBINED EFFECT OF THE AIRBORNE AND IMPACT NOISE PRODUCED ONTO THE SOUND INSULATION OF INSERTED FLOORS OF RESIDENTIAL BUILDINGS: THEORETICAL ASPECTS
title_sort combined effect of the airborne and impact noise produced onto the sound insulation of inserted floors of residential buildings: theoretical aspects
publisher Moscow State University of Civil Engineering (MGSU)
series Vestnik MGSU
issn 1997-0935
publishDate 2012-10-01
description The indoor environment of residential buildings is a complex system. It consists of diverse though related elements. An optimal correlation of parameters of the indoor space converts into the appropriate equilibrium and harmonious human living free from any stimulating or irritating factors that interfere with any working and/or relaxation processes. The author has selected the following three principal factors of the indoor environment. They include heat, daylight and sound. The research has revealed a strong linkn between these factors. Noise pollution of residential houses is taken into account through the introduction of the airborne insulation index and the impact sound index underneath the inserted floor. The findings of theoretical researches and experiments have proven a strong functional relationship between airborne and impact sound values.
topic airborne sound isolation
impact sound isolation
floors
floating floors
inserted floor
residential buildings
url http://vestnikmgsu.ru/files/archive/issues/2012/10/ru/4.pdf
work_keys_str_mv AT saltykovivanpetrovich combinedeffectoftheairborneandimpactnoiseproducedontothesoundinsulationofinsertedfloorsofresidentialbuildingstheoreticalaspects
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