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ASHRAE Guideline 10 2011

ASHRAE Guideline 10 2011

$38.46

ASHRAE Guideline 10-2011 Interactions Affecting the Achievement of Acceptable Indoor Environments

Published By Publication Date Number of Pages
ASHRAE-Guideline-10-2011 2011 28
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Guideline 10-2011 helps users address thermal comfort , indoor air quality, sound and vibration, and lighting at the same time, with the intention of increasing understanding of how to improve the acceptability of the indoor environment as a whole. The purpose of this guideline is to provide guidance regarding factors (thermal comfort, indoor air quality, sound and vibration, and lighting) and their interactions as they affect the indoor environmental conditions acceptable to human occupants with regard to comfort and health. Meeting the requirements of standards for various aspects of indoor environments is not always sufficient to ensure the overall acceptability of the environment to all relevant parties. This guideline presents a preliminary effort to describe the interactions relevant for achieving acceptable indoor environments. It can provide assistance to building design professionals and building operators as well as investigators and researchers. This guideline applies to the design, construction, commissioning, operation, and maintenance of buildings. It applies to all indoor or enclosed spaces that people may occupy, with the following exceptions: a. areas of buildings intended primarily for manufacturing, commercial processing, or industrial processing; b. parking garages; c. storage spaces intended for only incidental human occupancy; and d. other such enclosed spaces not designed primarily for human occupancy. Keywords: indoor air quality, thermal comfort, building acoustics, acceptable indoor environment, bldg occupant satisfaction, bldg environmental conditions

PDF Catalog

PDF Pages PDF Title
4 Foreword
1. PURPOSE
2. SCOPE
2.1 This guideline provides guidance regarding factors and their interactions and includes thermal comfort, indoor air quality, sound and vibration, and non-ionizing electromagnetic radiation (including visible light).
2.2 It applies to the design, construction, commissioning, operation, and maintenance of buildings.
2.3 It applies to all indoor or enclosed spaces that people may occupy, with the following exceptions:
3. DEFINITIONS
5 4. INTRODUCTION TO THE FACTORS AND THEIR INTERACTIONS
4.1 The Four Factors and Building Design
6 Figure 1 Occupant satisfaction survey.
4.2 Overall Acceptability and the Four Main Factors
7 4.3 Acceptability and Human Adaptability
4.4 Limits to Adaptive Optimization: Imperceptible and Hazardous Aspects
4.5 Human Response to the Environment: Physiological and Psychological Interactions
8 4.6 An Alternative Classification of the Environment
4.7 Types of Interactions Among Aspects of the Indoor Environmental Factors
TABLE 1 Environmental Components that Can Affect Human Response to Indoor Environments*
4.8 Limits to Reliance on Existing Standards and Previous Guidelines
9 TABLE 2 Using Medical Analogies to Understand the Types of Environmental Interactions
4.9 The Likelihood and Strength of Potential Interactions
4.10 Asymmetry of Effects
4.11 Control of Interactions by Limiting Exposures
10 4.12 Arrangement of the Information on Interactions
5. THERMAL ENVIRONMENT
5.1 Interactions among the Various Thermal Aspects
TABLE 3 Sections of the Guideline Concerning Various Interactions
11 Figure 2 Thermal sensation as predicted by (a) the PMV method (pmv, horizontal axis) and (b) the SET method (thermal sensation score—tsens, vertical axis) for a selection of the 20,000 thermal environments included in the ASHRAE database of field s…
12 Figure 3 Freshness of air at 1 met.
Figure 4 Adequacy of air motion at 1 met.
Figure 5 Acceptability of air at 1 met.
5.2 Thermal Environment—Indoor Air Quality
13 Figure 6 Acceptability of air related to enthalpy at the selected pollution levels of different materials.
14 5.3 Thermal Environment—Lighting (Daylight)
5.4 Thermal Environment—Lighting (Electric)
5.5 Thermal Environment—Acoustical Environment
15 6. INDOOR AIR QUALITY (IAQ)
6.1 Interactions
16 6.2 Control of Pollutant Sources and Ventilation to Remove Pollutants
6.3 Interactions among Chemicals in Indoor Air and of Their Effects on Occupants
18 6.4 Indoor Air Quality—Illumination (Daylight)
19 6.5 Indoor Air Quality—Illumination (Electric)
6.6 Indoor Air Quality—Acoustical Environment
7. LIGHTING (DAYLIGHT)
7.1 Daylight Interactions
7.2 Daylight—Electrical Interactions
7.3 Daylight—Acoustical Interactions
20 8. LIGHTING (ELECTRIC)
8.1 Lighting (Electric)—Acoustical Interactions
9. ACOUSTICS (SOUND AND VIBRATION)
10. REFERENCES AND BIBLIOGRAPHY

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ASHRAE Guideline 10 2011
$38.46