Michael Humphreys, Fergus Nicol, Susan Roaf
Adaptive Thermal Comfort: Foundations and Analysis (eBook, ePUB)
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Michael Humphreys, Fergus Nicol, Susan Roaf
Adaptive Thermal Comfort: Foundations and Analysis (eBook, ePUB)
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The second volume of a three part work which describes in detail the 'adaptive' approach to thermal comfort. Concentrating on the theoretical aspects of thermal comfort and presenting the latest work in the field, the book also suggests ways in which new models can be developed.
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The second volume of a three part work which describes in detail the 'adaptive' approach to thermal comfort. Concentrating on the theoretical aspects of thermal comfort and presenting the latest work in the field, the book also suggests ways in which new models can be developed.
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Produktdetails
- Produktdetails
- Verlag: Taylor & Francis
- Seitenzahl: 400
- Erscheinungstermin: 27. August 2015
- Englisch
- ISBN-13: 9781317658566
- Artikelnr.: 43736926
- Verlag: Taylor & Francis
- Seitenzahl: 400
- Erscheinungstermin: 27. August 2015
- Englisch
- ISBN-13: 9781317658566
- Artikelnr.: 43736926
- Herstellerkennzeichnung Die Herstellerinformationen sind derzeit nicht verfügbar.
Michael Humphreys is known for his pioneering work on the adaptive approach to comfort. He was Head of Human Factors at the Building Research Establishment, and has been a Research Professor at Oxford Brookes University. His scientific interests are the methodology of field studies of environmental comfort, the structure and statistical modelling of human adaptive behaviour, and the interactions between the several aspects of the indoor environment.
Fergus Nicol has led a number of important research projects on comfort, which have influenced thinking internationally. He has authored numerous journal articles and other publications including guidance on comfort and overheating. Fergus convenes the Network for Comfort and Energy Use in Buildings and organises their regular international Windsor Conferences.
Susan Roaf did her PhD on comfort and the windcatchers of Yazd, and after a decade working with Nicol and Humphreys at the Oxford Thermal Comfort Unit, she is now Professor of Architectural Engineering at Heriot Watt University in Edinburgh. She is a teacher, researcher, designer and author and editor of 21 books including Ecohouse: A Design Guide and Adapting Buildings and Cities for Climate Change.
Fergus Nicol has led a number of important research projects on comfort, which have influenced thinking internationally. He has authored numerous journal articles and other publications including guidance on comfort and overheating. Fergus convenes the Network for Comfort and Energy Use in Buildings and organises their regular international Windsor Conferences.
Susan Roaf did her PhD on comfort and the windcatchers of Yazd, and after a decade working with Nicol and Humphreys at the Oxford Thermal Comfort Unit, she is now Professor of Architectural Engineering at Heriot Watt University in Edinburgh. She is a teacher, researcher, designer and author and editor of 21 books including Ecohouse: A Design Guide and Adapting Buildings and Cities for Climate Change.
Part I: Foundations 1. Introduction to adaptive behaviour 2. Adaptive
Beginnings 3. The emergence of the adaptive point of view 4. Summertime
Overheating in Schools 5. The first international conference on thermal
comfort 6. Adapting to enforced changes of temperature 7. The First
Meta-analysis 8. Clothing outdoors and during sleep 9. Meta-analysis 2:
relating climate to indoor comfort 10. The origin of the Oxford Thermal
Comfort Unit 11. Fieldwork in Pakistan 12. Raising awareness of the
adaptive approach 13. Beginning fieldwork at Oxford Brookes University 14.
PMV and the results of field studies 15. Adaptation and the ASHRAE RP-884
database 16. Going international: the SCATs project Part II: Analysis 17.
Introducing part 2 18. Using the Method of Successive Categories to explore
the properties of thermal comfort scales 19. Developing, adapting and
testing thermal subjective scales 20. A Simple Heat Exchange Model for
Thermal Comfort Conditions 21. Regression analysis: general features and
effects of data-selection and binning 22. The effects of error in the
predictor-variable 23. Mutual relation between room temperature and
subjective warmth 24. The relation between regression analysis and probit
analysis 25. The dependence of subjective warmth on within-day changes in
room temperature 26. Constructing Bell-shaped Curves for Comfort and
Temperature 27. Tolerance of seasonal drift of indoor temperature 28.
Estimating Neutral Temperatures from Survey Data 29. The adaptive relation
between indoor neutral temperatures and the outdoor climate 30. Do people
like to feel neutral? Semantic offsets and zero-errors 31. Clothing and
thermal behaviour 32. Interactions among environmental variables,
adaptation and overall comfort 33. Drawing the threads together
Beginnings 3. The emergence of the adaptive point of view 4. Summertime
Overheating in Schools 5. The first international conference on thermal
comfort 6. Adapting to enforced changes of temperature 7. The First
Meta-analysis 8. Clothing outdoors and during sleep 9. Meta-analysis 2:
relating climate to indoor comfort 10. The origin of the Oxford Thermal
Comfort Unit 11. Fieldwork in Pakistan 12. Raising awareness of the
adaptive approach 13. Beginning fieldwork at Oxford Brookes University 14.
PMV and the results of field studies 15. Adaptation and the ASHRAE RP-884
database 16. Going international: the SCATs project Part II: Analysis 17.
Introducing part 2 18. Using the Method of Successive Categories to explore
the properties of thermal comfort scales 19. Developing, adapting and
testing thermal subjective scales 20. A Simple Heat Exchange Model for
Thermal Comfort Conditions 21. Regression analysis: general features and
effects of data-selection and binning 22. The effects of error in the
predictor-variable 23. Mutual relation between room temperature and
subjective warmth 24. The relation between regression analysis and probit
analysis 25. The dependence of subjective warmth on within-day changes in
room temperature 26. Constructing Bell-shaped Curves for Comfort and
Temperature 27. Tolerance of seasonal drift of indoor temperature 28.
Estimating Neutral Temperatures from Survey Data 29. The adaptive relation
between indoor neutral temperatures and the outdoor climate 30. Do people
like to feel neutral? Semantic offsets and zero-errors 31. Clothing and
thermal behaviour 32. Interactions among environmental variables,
adaptation and overall comfort 33. Drawing the threads together
Part I: Foundations 1. Introduction to adaptive behaviour 2. Adaptive
Beginnings 3. The emergence of the adaptive point of view 4. Summertime
Overheating in Schools 5. The first international conference on thermal
comfort 6. Adapting to enforced changes of temperature 7. The First
Meta-analysis 8. Clothing outdoors and during sleep 9. Meta-analysis 2:
relating climate to indoor comfort 10. The origin of the Oxford Thermal
Comfort Unit 11. Fieldwork in Pakistan 12. Raising awareness of the
adaptive approach 13. Beginning fieldwork at Oxford Brookes University 14.
PMV and the results of field studies 15. Adaptation and the ASHRAE RP-884
database 16. Going international: the SCATs project Part II: Analysis 17.
Introducing part 2 18. Using the Method of Successive Categories to explore
the properties of thermal comfort scales 19. Developing, adapting and
testing thermal subjective scales 20. A Simple Heat Exchange Model for
Thermal Comfort Conditions 21. Regression analysis: general features and
effects of data-selection and binning 22. The effects of error in the
predictor-variable 23. Mutual relation between room temperature and
subjective warmth 24. The relation between regression analysis and probit
analysis 25. The dependence of subjective warmth on within-day changes in
room temperature 26. Constructing Bell-shaped Curves for Comfort and
Temperature 27. Tolerance of seasonal drift of indoor temperature 28.
Estimating Neutral Temperatures from Survey Data 29. The adaptive relation
between indoor neutral temperatures and the outdoor climate 30. Do people
like to feel neutral? Semantic offsets and zero-errors 31. Clothing and
thermal behaviour 32. Interactions among environmental variables,
adaptation and overall comfort 33. Drawing the threads together
Beginnings 3. The emergence of the adaptive point of view 4. Summertime
Overheating in Schools 5. The first international conference on thermal
comfort 6. Adapting to enforced changes of temperature 7. The First
Meta-analysis 8. Clothing outdoors and during sleep 9. Meta-analysis 2:
relating climate to indoor comfort 10. The origin of the Oxford Thermal
Comfort Unit 11. Fieldwork in Pakistan 12. Raising awareness of the
adaptive approach 13. Beginning fieldwork at Oxford Brookes University 14.
PMV and the results of field studies 15. Adaptation and the ASHRAE RP-884
database 16. Going international: the SCATs project Part II: Analysis 17.
Introducing part 2 18. Using the Method of Successive Categories to explore
the properties of thermal comfort scales 19. Developing, adapting and
testing thermal subjective scales 20. A Simple Heat Exchange Model for
Thermal Comfort Conditions 21. Regression analysis: general features and
effects of data-selection and binning 22. The effects of error in the
predictor-variable 23. Mutual relation between room temperature and
subjective warmth 24. The relation between regression analysis and probit
analysis 25. The dependence of subjective warmth on within-day changes in
room temperature 26. Constructing Bell-shaped Curves for Comfort and
Temperature 27. Tolerance of seasonal drift of indoor temperature 28.
Estimating Neutral Temperatures from Survey Data 29. The adaptive relation
between indoor neutral temperatures and the outdoor climate 30. Do people
like to feel neutral? Semantic offsets and zero-errors 31. Clothing and
thermal behaviour 32. Interactions among environmental variables,
adaptation and overall comfort 33. Drawing the threads together