UTB Library OPAC Search for 'su:"Sustainable Buildings"'

Leed practices, certification, and accreditation of handbook/

By Kubba, Sam. Oxford, United Kingdom : Butterworth-Heinemann, 2010 . xxvii, 500p. : , Includes index 23cm.. 9781856176910 (pbk)

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Concrete solutions./

The Netherlands : CRC Press/Balkema, 2012 . xiii, 856 pages : , Includes index 25cm.. 9780415616225

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Rough guide to sustainability : a design primer /

By Edwards, Brian, . London : RIBA Publishing, 2014 . xx, 340 pages : 20 cm.. 9781859465073

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Sustainable construction/

By Halliday, Sandy. New York, USA : Routledge Taylor & Francis group, 2013 . ix, 395 pages : 28 cm.. 9780750663946

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A Handbook of Sustainable Building Design and Engineering : An Integrated Approach to Energy, Health and Operational Performance /

By Mumovic, Dejan . London: Routledge, 2019 , This book is automatically accessible within the University internet network. To learn how to access it outside the campus, visit: https://www.utb.edu.bn/media/cv5fcgwb/remote-access-for-ebscohost.pdf 9781138215474. | 9781032178547. | 9781351696616. | 9781351696623. | 9781315172026.

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Green and Sustainable Building /

Australia : Commenwealth of Auastralia , 2013 . 23 pages : 25 cm..

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Sustainable Building Design /

By Erza Farrahhiah Binti Mohammad,. Bandar Seri Begawan : Institut Teknologi Brunei, 2015 . 85 pages : , A project report submitted in partial fulfillment of the requirements for the Foundation Degree in Mechanical Engineering. | ABSTRACT The purpose of this report is to address the sustainability design of a building so that a green building can be achieved. Green building is important to our environment and to the health of living things. Successful green building is said to leave a lighter footprint on the environment by ways of conservation of resources and at the same time balancing energy-efficient, cost-effective, and low-maintenance products. We are addressing the existing structures in our institute to proceed for our project. The project begins with designing the buildings in the selected software(s) related to sustainable design. These software(s) enable us to create architectural drawings and do analysis of the resources needed by the building to become sustainable. In the later chapters of this report, the developments of the project are described. 30 cm..

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Green architecture now! : Grüne Architecktur heute! : L'architecture verte d'aujourd'hui! / 2

By Jodidio, Philip. Cologne : Taschen , 2012 . 416 pages : 26 cm. 9783836535892 | 3836535890

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Green : Architecture Now! /

By Jodidio, Philip. Cologne : Taschen , 2009 . 416 pages : , Includes English, German and French languages 26 cm. 9783836503723 | 3836503727

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Exploring the Effectiveness of Green Wall and Roof Retrofitting Practices in Brunei Darussalam /

By Muhammad Arif Safwan bin Zalidin. Bandar Seri Begawan: Universiti, Teknologi Brunei 2024 . xiii, 181 pages: , Dissertation Submitted in Fulfilment of the Requirements for the Degree of Master in Science | ABSTRACT Brunei Darussalam is one of the world's developing countries albeit being small. The country faces sustainable challenges related to energy efficiency and environmental quality. These issues can be tackled through the implementation of bioclimatic strategies into building design and construction. Green wall and roof in buildings aimed to reduce the indoor air temperature without excessive use of mechanical cooling systems. This thesis is aimed to investigate the effectiveness of this strategy in Brunei, comparing an enclosure retrofitted with green wall and roof with the one without under the same setting. Results revealed that both green wall and roof showed significant reduction of indoor temperature during peak daytime periods. The green wall experiment has shown 3.5°C maximum indoor temperature reduction while green roof experiment has shown 5.4°C, both during peak daytime hours, showing maximum temperature decrease of 9.1% and 13% respectively. The same experiment was conducted using simulation by Design builder showing 98.2% and 97.8% peak maximum indoor temperature match for green wall and roof respectively. The indoor temperature reduction was proved to be inadequate to reach optimum comfort for building occupants and to eliminate the use of air conditioners. The study suggested that green infrastructure alone cannot fully mitigate the use of mechanical cooling systems but still be able to reduce their usage. This led to energy savings and improved energy efficiency in buildings. Green wall and roof have the potential to enhance thermal comfort and biophilic benefits in buildings, creating more pleasant indoor environments for occupants. In general, the findings of these experiments emphasize the possibility of green wall and roof as a versatile answer for enhancing indoor spaces, advancing sustainability, and improving the well-being in buildings. 30 cm.

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