“Buildings consume more resources than necessary, negatively impact the environment, and generate a large amount of waste.” U.S. Department of Energy, 2003 The challenge, today, is to build intelligently, so that buildings use a minimum of non-renewable resources and produce a minimum of pollution and wastes, while increasing the well-being of the occupants. This paper is an effort to understand the importance of building materials’ selection in sustainable design and the place of traditional
Is bamboo a sustainable alternative building material for light weight construction in Southeast Asia? 1.0 Introduction 1.1 Background of the study Concrete, brick, wood and steel are the prominent materials used for construction around the world. However, due to the high expenses of steel and timber, researches have been made to discover a new alternative for these materials with a lower and more economic cost. Bamboo is becoming more and more popular as building materials in the construction
The building industry has long been overpowered by the use of a select number of construction materials, largely concrete, masonry and steel. In more recent times however, an increased emphasis has been placed on environmental sustainability within the architectural realm and as a result, cross laminated timber (CLT) is becoming a more prominent building material due to its design flexibility, cost-competiveness, structural integrity and most importantly, its sustainable attributes. CLT was firstly
Cross Laminated Timber Over the past few decades, practitioners and researchers across the world have managed to make advancements in building system technologies that require the use of large dimension engineered wood panel elements, columns and beams. Commonly referred to as “mass timber”, these engineered wood products have given builders and designers the ability to construct large scale structures with higher performance for commercial use. Mass timber has revolutionized the use of wood in
Original Design Planning The Barclays Center lies on a 22 acres land area with the original design as shown in figure 2. The arena has a conspicuous canopy 85ft high and cantilevers right above the main entrance and supported by 135,000 steel structure which spans through the length the roof and below the roof (Barclays Center, 2016). Once complete, the indoor arena had a space of 675,000. The arena also has a steel oculus which reaches 80 foot high. The arena was also designed to have a green roof
design the Earth Sciences Building (ESB) at the University of British Columbia. ESB is designed to develop the growing relations between the Department of Earth, Ocean and Atmosphere, the Department of Statistics, the Pacific Institute for the Mathematical Sciences, the Dean of Science and the Pacific Museum of the Earth, providing important chances for shared learning and partnership. Placed along Main Mall, the primary north-south pedestrian route on campus, the building provides opportunity to add
Introduction: Autoclaved aerated concrete (“AAC”) is currently one of the many building products being touted as “green” or “environmentally friendly.” AAC is not a new building material. is a lightweight manufactured building stone. Comprised of all natural raw materials, AAC is used in a wide range of commercial, industrial, and residential applications and has been in use in Europe for over 70 years, the Middle East for the past 40 years, and South America and Australia for approximately 20 years
With global warming, the world's attention on building energy efficiency is increasing. There are a large proportion of architects recognised that the main factor of global warming is the use of building energy generated by CO2. Sustainable architecture is involving methods that do not completely use up or destroy natural resources. There are several major elements need to be considered, such as technology, economy and Health . However, architects pay their greatest attention to environment. Because
It has been stated in the past that there is not a significant difference between the price of green and non-green products and materials. Therefore, there is no significant difference between the price of normal homes and zero carbon homes. It is believed that green buildings are considered to be expensive as usually all kind of new modern building methods tend to be more expensive, according to my questionnaire this is also true. I noticed that 60% of the people I interviewed thought that zero
approval from the local government authorities. Sohel Rana (like building owners in general) was able to take advantage of the loopholes in the system through his ties to political allies and his wealth. Not only did he ensure that inspections were rarely performed, but was also able to bribe officials to build on a rejected, unsuitable plot of land, to add additional floors to the building, and to persuade workers to enter the building despite the cracks and warnings from engineers. Also, he allegedly