In the article, 'Building with bamboo,' Ghavami and Garcia (2017)
stated that bamboo can be safely substituted for conventional construction
materials such as steel and cement, which are polluting and
"high-energy-demanding" materials. There are enough scientific
information to increase the use of bamboo for construction industries posited
from research and development since 1970s. Moreover, an issue of ICE Structures
and Buildings has presented papers on improving the mechanical characterization
and standardization of the bamboo material. The author used multiple researches
to support using bamboo culms to replace wood, concrete and steel. Apart from
its environmental benefits, bamboo also creates economic incentives for farmers
to develop bamboo plantations and use the bamboo for their daily activities.
The authors implied that energy saving and conservation of our earth limited
resources can reduce in environmental pollution with the use of bamboo in
construction industry. Although the authors used several resources to support
on the usage of bamboo, the article can further be enhanced on the
characteristics and current applications of bamboo around the world.
Primarily, bamboo is a very hollow material, making them
lightweight and easy to transport from place to place, especially during
construction. They are very flexible to build into complex shapes and easy to
replicate as a blue-print using the same material that will be used on the
actual structure. In the article, "Building with Bamboo: 13 Super
Sustainable Structures," Steph (2011) displays structures such as The
Green School, and Cocoon Houses in Bali, Bamboo Forest house in Taiwan, and the
Water and Wind café in Vietnam, to show how bamboo can be applied into various
purposes. Moreover, bamboo model-making makes it easier and convenient as they
provide better visualisation that will be applicable to construct the actual
structure.
Despite being hollow, bamboo has the tensile strength of steel and
compressive strength of concrete. They have high shock absorbing resistant thus
being earthquake resistant. In the article, "Bamboo: A Great
Building Material Gets Even Better," Goldsmith (2011), mentions that a 6.2
earthquake that hit Columbia in 1999, 70% of newly built concrete and brick
buildings collapsed but all of the older village buildings made of bamboo stood
strong and unaffected by the earthquake. In the aftermath of an
earthquake, rather than using steel and cement which are
expensive, bamboo is a cheaper and readily available alternative
to rebuild the damage.
Finally, bamboo is aesthetically elegant, detailed and textured.
Every bamboo grows in different ways, thus making every structure unique. Bamboo
structures minimize the use of air conditioning as they are cool and does not
absorb heat, makes air easily ventilated through bamboo gaps. Goldsmith (2011)
further states that architects and designers such as Colombians Simz and
Marcelo Villegas, German Joerg Stamm, Bobby Manosa from the Phillipines and
Jorge Moran in Ecuador are demonstrating to the local communities and world
that even the wealthy are selecting bamboo as an option for their houses and
buildings. Sadly, the middle class usually shun away from using bamboo as they
are associated with poverty due to the wide usage in undeveloped countries.
Usually, bamboo structures are made as a tourist attraction or a resort in many
countries, which is why bamboo are in such low demand to be built as a home
instead.
Although the authors highlighted the key points of bamboo as a
substitution for construction, they were not able to mention about the
properties of bamboo and refer to the current application of bamboo around the
world.
(575 words)
References
Distro Home. (2013). Advantages and Disadvantages
of Bamboo House Designs. Retrieved 9
August, 2013 from http://www.distrohome.com/advantages-and-disadvantages-of-bamboo-house-designs
Goldsmith, J. (2011). Bamboo: A Great Building Material Gets Even Better. Retrieved 9 March 2011 from https://permaculturenews.org/2011/03/09/bamboo-a-great-building-material-gets-even-better/
Goldsmith, J. (2011). Bamboo: A Great Building Material Gets Even Better. Retrieved 9 March 2011 from https://permaculturenews.org/2011/03/09/bamboo-a-great-building-material-gets-even-better/
Ecofarms (2016). Bamboo An Ecofriendly
Building Material Is Sustainable, Bio Degradable And the Future of
Construction. Retrieved, 21 July 2016 from http://www.ecofarms.co.in/blog/bamboo-an-ecofriendly-building-material-is-sustainable-bio-degradable-and-the-future-of-construction/
Ghavami, K. and GarcĂa, J. J. (2017). Building with bamboo. Retrieved, 30 March, 2017 from https://www.ice.org.uk/news-and-insight/the-civil-engineer/march-2017/building-with-bamboo
Ghavami, K. and GarcĂa, J. J. (2017). Building with bamboo. Retrieved, 30 March, 2017 from https://www.ice.org.uk/news-and-insight/the-civil-engineer/march-2017/building-with-bamboo
Steph. (2011). Building with Bamboo: 13
Super Sustainable Structures. Retrieved, 20 Jun
2011 from http://www.momtastic.com/webecoist/2011/06/20/building-with-bamboo-13-super-sustainable-structures/
TED. (2015). Magical houses, made of bamboo [Video]
Retrieved from https://www.ted.com/talks/elora_hardy_magical_houses_made_of_bamboo/details
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