Overview

This book provides information on the latest research findings that are useful in the context of designing sustainable houses and living in rapidly growing Asian cities. The book is composed of seven parts, comprising a total of 50 chapters written by 53 authors from various countries, mainly in the Asian region. Part I introduces vernacular houses in different Asian countries such as Indonesia, Malaysia, India, Nepal, China, Thailand and Laos. Parts II and III then explore in depth indoor adaptive thermal comfort and occupants’ adaptive behavior, focusing especially on those in hot-humid climates. Part IV presents detailed survey results on household energy consumption in various tropical Asian cities, while Part V analyses the indoor thermal conditions in both traditional houses and modern houses in these countries. Several real-world sustainable housing practices in Asian cities are reviewed in the following part. The final part then discusses the vulnerability of expanding Asian cities to climate change and urban heat island. Today, approximately 35-40% of global energy is consumed in Asia, and this percentage is expected to rise further. Energy consumption has increased, particularly in the residential sector, in line with the rapid rise of the middle class. The majority of growing Asian cities are located in hot and humid climate regions, and as such there is an urgent need for designers to provide healthy and comfortable indoor environments that do not consume non-renewable energy or resources excessively. This book is essential reading for anyone with an interest in sustainable house design in the growing cities of Asia.

Full Product Details

Author:   Tetsu Kubota ,  Hom Bahadur Rijal ,  Hiroto Takaguchi
Publisher:   Springer Verlag, Singapore
Imprint:   Springer Verlag, Singapore
Edition:   Softcover reprint of the original 1st ed. 2018
Weight:   1.178kg
ISBN:  

9789811341595

ISBN 10:   9811341591
Pages:   559
Publication Date:   11 February 2019
Audience:   Professional and scholarly ,  Professional & Vocational
Format:   Paperback
Publisher's Status:   Active
Availability:   Manufactured on demand  
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Table of Contents

Preface.- 1. Introduction.- Part I Vernacular Architecture.- 2. Indonesia: Dutch Colonial Buildings.- 3. Malaysia: Malay House.- 4. Malaysia: Longhouse of Sarawak.- 5. India: Bio-Climatism in Vernacular Architecture.- 6. Nepal: Traditional Houses.- 7. China: Houses for Ethnic Minorities in Yunnan Province.- 8. Thailand: The Houses of a Khun Village in Chaing Mai.- 9. Laos: Indigenous Houses of a Lue Village in Luang Prabang.- Part II Adaptive Thermal Comfort.- 10. Principles of Adaptive Thermal Comfort.- 11. Thermal Comfort in Indonesia.- 12. Exergetic Aspect of Human Thermal Comfort and Adaptation.- 13. Thermal Sensation and Comfort in Hot and Humid Climate of Indonesia.- 14. Development of an Adaptive Thermal Comfort Equation for Naturally Ventilated Buildings in Hot and Humid Climates.- 15. Comfort Temperature and Preferred Temperature in Taiwan.- 16. Thermal Comfort in Indian Apartments.- 17. Comfort Temperature and Adaptive Model in Traditional Houses of Nepal.- 18. Comfort Temperature and Adaptive Model in Japanese Dwellings.- 19. Thermal Comfort Survey in Japan.- [Box] Thermal Comfort in Japanese and Indian Offices.- Part III Adaptive Behavior.- 20. Principles of Adaptive Behaviours.- 21. Behavioural Changes May Affect Changes in Comfort Temperature of Indonesian People.- 22. Window-Opening Behaviour in Hot and Humid Climates of Southeast Asia.- 23. Survey of Thermal Environment of Residences Using Air Conditioners in Surabaya, Indonesia.- 24. Occupants’ Behaviour in Taiwan.- 25. Occupant Behavior in Indian Apartments.- 26. Occupant Behaviour in the Various Climates of Nepal.- 27. Window Opening Behaviour in Japanese Dwellings.- 28. Occupants’ Climate-controlling Behavior in Japanese Residences.- [Box] Occupant Adaptation in Japanese and Indian offices.- Part IV Energy Consumption.- 29. The Use of Energy Consumption Data.- 30. Overview of Energy Consumption in Hot-Humid Climates of Asia.- 31. Energy Consumption and Indoor Temperature in Cambodian Houses.- 32.Analysis of household energy consumption and CO2 emissions for residential buildings in Jakarta and Bandung; A study of Indonesia.- 33. Firewood Consumption in Nepal.- 34.Thermal Environment and Energy Use of Houses in Bangkok, Thailand.- 35. Energy consumption of residential buildings in China.- 36. Household energy consumption in slum areas: A case study of Tacloban City, Philippines.- Part V Indoor Thermal Environment.- 37. Thermal Function of Internal Courtyards in Traditional Chinese Shophouses in Malaysia.- 38. Passive Cooling of the Traditional Houses of Nepal.- 39. Passive Cooling Strategies to Reduce Energy Consumption of Cooling in Hot and Humid Climate in Indonesia.- 40. Indoor Thermal Environments in Apartments of Surabaya, Indonesia.- 41. Indoor Thermal Environments from Vernacular to Modern Houses in Cambodia .- 42. Actual Condition of the Indoor Environment of Houses in Nine Chinese Cities.- Part VI Sustainable Houses in Asian Cities.- 43. Energy-Saving Experimental Houses in Malaysia.- 44. S-PRH in Kitakyushu, Japan.- 45. Eco-House in Kyusyu, Japan.- 46. Sustainable Houses in Japan: An Overview.- [Box] An example in Thailand: Floating in the Sky School for Orphans.- Part VII Climate Change and Urbanization.- 47. Climate Vulnerability in Tropical Asia.- 48. Urban Climate Challenges in Hanoi: Urban Heat Islands and Global Warming.- 49. Assessment of Future Urban Climate after Implementation of the City Master Plan in Vinh City, Vietnam.- 50. Urban Heat Island of Putrajaya City in Malaysia.

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Author Information

Dr. Tetsu Kubota Hiroshima University, Higashi-Hiroshima, Japan Prof. Dr. Hom B. Rijal Tokyo City University, Yokohama, Japan Prof. Dr. Hiroto Takaguchi Waseda University, Tokyo, Japan

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