Adaptive Thermal Comfort: Principles and Practice

Cited by (635)

Items 101–200 of 635

1. Overheating risk in Passivhaus dwellings
   Rachel Mitchell, Sukumar Natarajan · 2019 · Building Services Engineering Research and Technology
2. Influence of indoor temperature and daylight illuminance on visual perception
   Giorgia Chinazzo, Jan Wienold, Marilyne Andersen · 2019 · Lighting Research & Technology
3. A field investigation on the winter thermal comfort of residents in rural houses at different latitudes of northeast severe cold regions, China
   Teng Shao, Hong Lan Jin · 2020 · Journal of Building Engineering
4. Perceived indoor air quality in naturally ventilated primary schools in the UK: Impact of environmental variables and thermal sensation
   Sepideh Sadat Korsavi, Azadeh Montazami, Dejan Mumovic · 2020 · Indoor Air
5. Developing an algorithm to illustrate the likelihood of the dissatisfaction rate with relation to the indoor temperature in naturally ventilated classrooms
   Azadeh Montazami, Mark R. Gaterell, Fergus Nicol · 2016 · Building and Environment
6. Summer thermal comfort and overheating in the elderly
   Caroline Hughes, Sukumar Natarajan · 2019 · Building Services Engineering Research and Technology
7. Thermal Performance Evaluation of School Buildings using a Children-based Adaptive Comfort Model
   Despoina Teli, Leonidas Bourikas, Patrick A.B. James · 2017 · Procedia Environmental Sciences
8. A comprehensive review of environmental design in UK schools: History, conflicts and solutions
   Azadeh Montazami, Mark R. Gaterell, Fergus Nicol · 2015 · Renewable and Sustainable Energy Reviews
9. Contextualising adaptive comfort behaviour within low-income housing of Mumbai, India
   Jeetika Malik, Ronita Bardhan, Tianzhen Hong · 2020 · Building and Environment
10. Comparative study of thermal comfort and adaptive actions for modern and traditional multi-storey naturally ventilated hostel buildings during monsoon season in India
    Sanjay Kumar, Manoj Kumar Singh, Rajeev Kukreja · 2019 · Journal of Building Engineering
11. Natural summer ventilation strategies for energy-saving in high-rise buildings: a case study in the Netherlands
    Babak Raji, Martin Tenpierik, Regina Bokel · 2019 · International Journal of Ventilation
12. Temperature and adaptive comfort in heated, cooled and free-running dwellings
    Fergus Nicol · 2017 · Building Research & Information
13. Impact of social background and behaviour on children's thermal comfort
    Azadeh Montazami, Mark R. Gaterell, Fergus Nicol · 2017 · Building and Environment
14. Surviving indoor heat stress in United States: A comprehensive review exploring the impact of overheating on the thermal comfort, health, and social economic factors of occupants
    Chima Cyril Hampo, Leah H. Schinasi, Simi Hoque · 2024 · Heliyon
15. Assessment of daytime outdoor comfort levels in and outside the urban area of Glasgow, UK
    Eduardo Leite Krüger, Patricia Drach, Rohinton Emmanuel, Oscar Daniel Corbella · 2012 · International Journal of Biometeorology
16. Comfort temperature and preferred adaptive behaviour in various classroom types in the UK higher learning environments
    Mina Jowkar, Hom Bahadur Rijal, James Brusey · 2020 · Energy and Buildings
17. Sensitivity analysis on energy performance, thermal and visual discomfort of a prefabricated house in six climate zones in Australia
    Sareh Naji, Lu Aye, Masa Noguchi · 2021 · Applied Energy
18. Comfort temperature and occupant adaptive behavior in offices in Qatar during summer
    Madhavi Indraganti, Djamel Boussaa · 2017 · Energy and Buildings
19. Comparative analysis on indoor and outdoor thermal comfort in transitional seasons and summer based on multiple databases: Lessons learnt from the outdoors
    Sijing Liu, Yongxin Xie, Yingxin Zhu, Borong Lin, Bin Cao, Edward Ng, Jianlei Niu, Zhaosong Fang, Dayi Lai, Weiwei Liu et al. · 2022 · The Science of The Total Environment
20. Heat stress-resistant building design in the Australian context
    Gertrud Hatvani-Kovacs, Martin Belusko, John Pockett, John W. Boland · 2017 · Energy and Buildings
21. A seasonal approach to alliesthesia. Is there a conflict with thermal adaptation?
    Marcel Schweiker, Karin Schakib‐Ekbatan, Xaver Fuchs, Susanne Becker · 2020 · Energy and Buildings
22. A new adaptive thermal comfort model for homes in temperate climates of Australia
    Terence Williamson, Lyrian Daniel · 2019 · Energy and Buildings
23. Indoor Thermal Comfort Analysis: A Case Study of Modern and Traditional Buildings in Hot-Arid Climatic Region of Ethiopia
    Haven Hailu, Eshetu Gelan, Yared Girma · 2021 · Urban Science
24. Understanding thermal comfort in vernacular dwellings in Alentejo, Portugal: A mixed-methods adaptive comfort approach
    Inês Costa-Carrapiço, Javier Neila González, Rokia Raslan · 2022 · Building and Environment
25. Low carbon heating and older adults: comfort, cosiness and glow
    Patrick Devine‐Wright, Wendy Wrapson, Victoria Henshaw, Simon C. Guy · 2014 · Building Research & Information
26. Reducing thermal discomfort and energy consumption of Indian residential buildings: Model validation by in-field measurements and simulation of low-cost interventions
    Margot Pellegrino, Marco Simonetti, Giacomo Chiesa · 2015 · Energy and Buildings
27. Assessing overheating risk and thermal comfort in state-of-the-art prototype houses that combat exacerbated climate change in UK
    Bertug Ozarisoy, Heba Elsharkawy · 2019 · Energy and Buildings
28. Multi-objective optimisations of envelope components for a prefabricated house in six climate zones
    Sareh Naji, Lu Aye, Masa Noguchi · 2020 · Applied Energy
29. Regression forecasting of ‘neutral’ adaptive thermal comfort: A field study investigation in the south-eastern Mediterranean climate of Cyprus
    Bertug Ozarisoy, Haşim Altan · 2021 · Building and Environment
30. Investigation of Comfort Temperature and Occupant Behavior in Japanese Houses during the Hot and Humid Season
    Hom Bahadur Rijal · 2014 · Buildings
31. Understanding adaptive thermal comfort
    Adrian K. Clear, Janine Morley, Mike Hazas, Adrian Friday, Oliver Bates · 2013 · ACM International Joint Conference on Pervasive and Ubiquitous Computing (UbiComp)
32. Field study on adaptive thermal comfort models for nursing homes in the Mediterranean climate
    Núria Forcada, Marta Gangolells, Miquel Casals, Blanca Tejedor, Marcel Macarulla, Kàtia Gaspar · 2021 · Energy and Buildings
33. Fuel poverty-induced ‘prebound effect’ in achieving the anticipated carbon savings from social housing retrofit
    Despoina Teli, T Dimitriou, PAB James · 2015 · Building Services Engineering Research and Technology
34. Personal Climatization Systems—A Review on Existing and Upcoming Concepts
    Alexander Warthmann, Daniel Wölki, Henning Metzmacher, Christoph van Treeck · 2018 · Applied Sciences
35. Predicted percentage dissatisfied with ankle draft
    Shichao Liu, Stefano Schiavon, Alan Kabanshi, William W. Nazaroff · 2016 · Indoor Air
36. Multisensor IoT Platform for Optimising IAQ Levels in Buildings through a Smart Ventilation System
    Giacomo Chiesa, Silvia Cesari, Miguel García, Mohammad Issa, Shuyang Li · 2019 · Sustainability
37. Adaptive dynamic smart textiles for personal thermal-moisture management
    Rulin Liu, Yongzhen Wang, Weiqiang Fan, Jing Zou, Xiang Yu, Yaming Liu, Chao Zhi · 2024 · European Polymer Journal
38. Adjustments of the adaptive thermal comfort model based on the running mean outdoor temperature for Chinese people: A case study in Changsha China
    Diyu Yang, Jing Xiong, Weiwei Liu · 2016 · Building and Environment
39. Defining the thermal sensitivity (Griffiths constant) of building occupants in the Korean residential context
    Jihye Ryu, Jungsoo Kim, Won‐Hwa Hong, Richard de Dear · 2019 · Energy and Buildings
40. An analysis of occupants response to thermal discomfort in green and conventional buildings in New Zealand
    Nurul Sakina Mokhtar Azizi, Suzanne Jane Wilkinson, Elizabeth A. Fassman-Beck · 2015 · Energy and Buildings
41. Reduction of carbon dioxide emissions by solar water heating systems and passive technologies in social housing
    Vanessa Montoro Taborianski, Racine Tadeu Araújo Prado · 2015 · Energy Policy
42. Investigation on adaptive thermal comfort considering the thermal history of local and migrant peoples living in sub-tropical climate of Nepal
    Basudev Gautam, Hom Bahadur Rijal, Hikaru Imagawa · 2020 · Building and Environment
43. A comprehensive review of thermal comfort evaluation methods and influencing factors for urban parks
    Peiping Zheng, Runming Yao, James O’Donnell, Eugene A. Mohareb, Prashant Kumar, Christopher C. Pain, Xizhen Huang, Baizhan Li · 2024 · Building and Environment
44. Thermal Comfort in Transition Spaces
    Adrian Pitts · 2013 · Buildings
45. Overheating in schools: comparing existing and new guidelines
    Azadeh Montazami, Fergus Nicol · 2013 · Building Research & Information
46. On the Influence of Thermal Mass and Natural Ventilation on Overheating Risk in Offices
    Arianna Brambilla, Jérôme Bonvin, Flourentzos Flourentzou · 2018 · Buildings
47. Thermal comfort assessment in naturally ventilated offices located in a cold tropical climate, Bogotá
    Andrés García, Francesca Olivieri, Enrique Alberto Larrumbide Gómez-Rubiera · 2019 · Building and Environment
48. Thermal comfort of people in a super high-rise building with central air-conditioning system in the hot-humid area of China
    Zhongjun Zhang, Yufeng Zhang, Adnan Khan · 2019 · Energy and Buildings
49. Analysis of thermal comfort in a football stadium designed for hot and humid climates by CFD
    Gianluca Losi, Arianna Bonzanini, Andrea Aquino, Pietro Poesio · 2020 · Journal of Building Engineering
50. Exploring thermal comfort experience and adaptive opportunities of female and male high school students
    Hanan Al-Khatri, Mamdooh Alwetaishi, Mohamed B. Gadi · 2020 · Journal of Building Engineering
51. Thermal comfort and energy performance of public rental housing under typical and near-extreme weather conditions in Hong Kong
    Yu Ting Kwok, Alan Kwok Lung Lai, Kevin Ka‐Lun Lau, Pak Wai Chan, Yahya Lavafpour, Justin Ching Kwan Ho, Edward Ng · 2017 · Energy and Buildings
52. Building automation system with adaptive comfort in mixed mode buildings
    Pablo Aparicio-Ruiz, Elena Barbadilla-Martín, José Manuel Salmerón Lissén, José Guadix Martín · 2018 · Sustainable Cities and Society
53. Case studies of cavity and external wall insulation retrofitted under the Irish Home Energy Saving Scheme: Technical analysis and occupant perspectives
    A. R. Byrne, Gerry Byrne, Garrett O’Donnell · 2016 · Energy and Buildings
54. A pilot study of thermal comfort in subtropical mixed-mode higher education office buildings with different change-over control strategies
    Maryam Khoshbakht, Zhonghua Gou, Fan Zhang · 2019 · Energy and Buildings
55. Field study on thermal comfort in naturally ventilated and air-conditioned university classrooms
    Michael Fabozzi, Alessandro Dama · 2019 · Indoor and Built Environment
56. Direct and Indirect Impacts of Vegetation on Building Comfort: A Comparative Study of Lawns, Green Walls and Green Roofs
    Laurent Malys, Marjorie Musy, Christian Inard · 2016 · Energies
57. Combined effects of stress, depression, and emotion on thermal comfort: A case study in Shenzhen
    Chia-yi Lin, Yi Zhang · 2025 · Journal of Building Engineering
58. Evaluating Thermal Comfort in a Naturally Conditioned Office in a Temperate Climate Zone
    Andrés Gallardo, Massimo Palme, Andrea Lobato-Cordero · 2016 · Buildings
59. How household thermal routines shape UK home heating demand patterns
    Clare Hanmer, Michelle Shipworth, David Shipworth, Edwin Carter · 2018 · Energy Efficiency
60. Performance prediction of biomimetic adaptive building skins: Integrating multifunctionality through a novel simulation framework
    Aysu Kuru, Philip Oldfield, Stephen Patrick Bonser, Francesco Fiorito · 2021 · Solar Energy
61. Thermal comfort in winter incorporating solar radiation effects at high altitudes and performance of improved passive solar design—Case of Lhasa
    Lingjiang Huang, Jian Kang · 2020 · Building Simulation
62. Investigating the effects of climate on thermal adaptation: A comparative field study in naturally ventilated university classrooms
    Giulia Lamberti, Francesco Leccese, Giacomo Salvadori, Francesca Contrada, Andrea Kindinis · 2023 · Energy and Buildings
63. Catch my drift?
    Adrian K. Clear, Adrian Friday, Mike Hazas, Carolynne Lord · 2014 · Designing Interactive Systems Conference
64. Preferred vs neutral temperatures and their implications on thermal comfort and energy use: Workplaces in Japan, Norway and the UK
    Sally Shahzad, Hom Bahadur Rijal · 2019 · Energy Procedia
65. Occupant's thermal comfort expectations in naturally ventilated engineering workshop building: A case study at high metabolic rates
    Sanjay Kumar, Manoj Kumar Singh, Anuj Mathur, Mitja Košir · 2020 · Energy and Buildings
66. Field investigation on thermal environment and comfort of people in a coastal village of Qingdao (China) during winter
    Haiying Wang, Chonggen Shi, Wenyu Li · 2021 · Building and Environment
67. Field investigation on occupant's thermal comfort and preferences in naturally ventilated multi-storey hostel buildings over two seasons in India
    Sanjay Kumar, Manoj Kumar Singh · 2019 · Building and Environment
68. Investigation and analysis of thermal comfort in naturally ventilated secondary school classrooms in the composite climate of India
    Aradhana Jindal · 2019 · Architectural Science Review
69. A study of thermal comfort in naturally ventilated churches in a Mediterranean climate
    Robert C. Vella, Francisco Javier Rey Martı́nez, Charles Yousif, Damien Gatt · 2020 · Energy and Buildings
70. Influence of environmental variables on thermal comfort and air quality perception in office buildings in the humid subtropical climate zone of Brazil
    Candi Citadini de Oliveira, Ricardo Forgiarini Rupp, Enedir Ghisi · 2021 · Energy and Buildings
71. Investigation on Summer Thermal Comfort and Passive Thermal Improvements in Naturally Ventilated Nepalese School Buildings
    Mishan Shrestha, Hom Bahadur Rijal · 2023 · Energies
72. What is NExT? A new conceptual model for comfort, satisfaction, health, and well-being in buildings
    Sergio Altomonte, Seda Kaçel, Paulina Wegertseder, Dusan Licina · 2024 · Building and Environment
73. A field study of thermal and hygric inertia and its effects on indoor thermal comfort: Characterization of travertine stone envelope
    Dalel Medjelekh, Laurent Ulmet, Saliha Abdou · 2016 · Building and Environment
74. Using Upper Extremity Skin Temperatures to Assess Thermal Comfort in Office Buildings in Changsha, China
    Zhibin Wu, Nianping Li, Haijiao Cui · 2017 · International Journal of Environmental Research and Public Health
75. The range and shape of thermal comfort and resilience
    Fergus Nicol, Hom Bahadur Rijal, Hikaru Imagawa · 2020 · Energy and Buildings
76. Adaptive comfort in an unpredictable world
    Fergus Nicol, Fionn Stevenson · 2013 · Building Research & Information
77. Establishing resilience in times of climate change—a perspective on humans and buildings
    Hannah Pallubinsky, Rick P. Kramer, Wouter D. van Marken Lichtenbelt · 2023 · Climatic Change
78. ASHRAE 55 adaptive model application in hot and humid climates: the Brazilian case
    Renata De Vecchi, Márcio José Sorgato, M Pacheco · 2014 · Architectural Science Review
79. Perceived indoor environmental quality of classrooms and outcomes: a study of a higher education institution in India
    Ramprasad Vittal, Gnanasambandam Subbaiyan · 2017 · Architectural Engineering and Design Management
80. Design with Comfort: Expanding the psychrometric chart with radiation and convection dimensions
    Eric Teitelbaum, Prageeth Jayathissa, Clayton Carl Miller · 2019 · Energy and Buildings
81. The actual performance of retrofitted residential apartments: post-occupancy evaluation study in Italy
    Mohamed Ahmed Abdelfattah Elsayed, Piercarlo Romagnoni, Sofie Pelsmakers · 2022 · Building Research & Information
82. Thermal comfort in care homes: vulnerability, responsibility and ‘thermal care’
    Gordon P. Walker, Sam Brown, Louis Neven · 2015 · Building Research & Information
83. IoT-Based Smart Air Conditioning Control for Thermal Comfort
    Amjad Ali, Shazmin Aniza Abdul Shukor, Najihah Abdul Rahim, Zuradzman Mohamad Razlan, Zul Azhar Zahid Jamal, Karl Kohlhof · 2019 · IEEE International Conference on Automatic Control and Intelligent Systems (I2CACIS)
84. Developing a design framework to facilitate adaptive behaviours
    Sepideh Sadat Korsavi, Azadeh Montazami, James Brusey · 2018 · Energy and Buildings
85. Overheating assessment for apartments during average and hot summers in the Nordic climate
    Azin Velashjerdi Farahani, I. P. Kravchenko, Juha Jokisalo · 2023 · Building Research & Information
86. Study on wintry comfort temperature and thermal improvement of houses in cold, temperate, and subtropical regions of Nepal
    Dinesh Kumar Shahi, Hom Bahadur Rijal, Genku Kayo, Masanori Shukuya · 2021 · Building and Environment
87. Quantifying overheating in nZEB Irish residential buildings. An analysis of recorded interior temperatures of Irish newbuild and retrofit residential buildings against CIBSE, Passive House and WHO overheating criteria and recorded occupant satisfaction
    Shane Colclough, Chiara Salaris · 2023 · Energy and Buildings
88. Comparing energy and comfort metrics for building benchmarking
    Esteban Estrella Guillén, Holly Wasilowski Samuelson, José Guillermo Cedeño Laurent · 2019 · Energy and Buildings
89. Indoor Thermal Comfort of Pregnant Women in Hospital: A Case Study Evidence
    Kristian Fabbri, Jacopo Gaspari, Laura Vandi · 2019 · Sustainability
90. Thermal Comfort Studies in Naturally Ventilated Buildings in Jakarta, Indonesia
    Tri Harso Karyono, Elita Sri, Jevi Sulistiawan · 2015 · Buildings
91. The globe thermometer in comfort and environmental studies in buildings
    Pablo Aparicio-Ruiz, José Manuel Salmerón Lissén, Álvaro Ruiz–Pardo, Francisco José Sánchez de la Flor, Luisa Brotas · 2016 · Revista de la construcción
92. Investigating the behaviour of ASHRAE, Bedford, and Nicol thermal scales when translated into the Arabic language
    Hanan Al-Khatri, Mohamed B. Gadi · 2019 · Building and Environment
93. Evaluating the perception of thermal environment in naturally ventilated schools in a warm and humid climate in Nigeria
    Charles C. Munonye, Yingchun Ji · 2020 · Building Services Engineering Research and Technology
94. Rhythmic Buildings- a framework for sustainable adaptable architecture
    Layla van Ellen, Ben Bridgens, Neil Burford · 2021 · Building and Environment
95. A New Tool for Building Energy Optimization: First Round of Successful Dynamic Model Simulations
    Giacomo Chiesa, Francesca Fasano, Paolo Grasso · 2021 · Energies
96. An effective method to determine bedding system insulation based on measured data
    Nan Zhang, Bin Cao, Yingxin Zhu · 2022 · Building Simulation
97. Analysis of determining factors in the thermal comfort of university students. A comparative study between Spain and Portugal
    Pilar Romero, Víctor Valero Amaro, Rui Isidoro, María Teresa Miranda García-Cuevas · 2024 · Energy and Buildings
98. Integration of Energy-Efficient Ventilation Systems in Historic Buildings—Review and Proposal of a Systematic Intervention Approach
    Alexander Rieser, Rainer Pfluger, Alexandra Troi, Daniel Herrera-Avellanosa, Kirsten Engelund Thomsen, Jørgen Rose, Zeynep Durmuş Arsan, Gülden Gökçen Akkurt, Gerhard Kopeinig, Gaëlle Guyot et al. · 2021 · Sustainability
99. Seasonal comfort temperature and occupant's adaptive behaviour in a naturally ventilated university workshop building under the composite climate of India
    Sanjay Kumar, Manoj Kumar Singh · 2021 · Journal of Building Engineering
100. Simulation of thermal comfort and energy demand in buildings of sub-Himalayan eastern India - Impact of climate change at mid (2050) and distant (2080) future
     Samar Thapa, Hom Bahadur Rijal, Wilmer Pasut, Ramkishore Singh, Madhavi Indraganti, Ajay Kumar Bansal, Goutam Kumar Panda · 2023 · Journal of Building Engineering