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A REVIEW OF KINETIC FACADES IN BUILDINGS

Gopika Nair

Abstract


Architecture is unchanging in nature but with the development of new technologies, there are new possibilities for the designers to incorporate kinetics into the building design. In the wake of dwindling resources, it is the responsibility of an architect to decrease the usage or resources using
innovative design strategies as much as possible and move to renewable resources. Every age has its own architectural expression: ‘national identity’ in the nineteenth century, ‘functionalism’ in the 1920s, ‘systems’ in the 1960s, etc. There are many such ‘trends’ today, of which ‘intelligent building’
is surely one of the most important and persistent.
From the dawn of time, technological advancements have been made to improve a building's fuel efficiency and occupant comfort. In our fast-growing world of transformative technologies, automation minimises human input to give results faster. Perhaps kinetic architecture used to be seen as a rarity, but over time it has begun to be appreciated more and valued more. The need for this type of architecture has been realised because of its ability to improve the standard of living of its inhabitants. There are many already constructed buildings that show us the advantages that this architecture brings in many areas of life: green design, space saving, and many more. Whether
movement occurs on small or large scale, the important thing is to impact someone or something, the inhabitant, the planet or both in a positive way.


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References


Lalit, A. & Kumar, K., 2022. Applicability of Shading Devices in Building Design for Reducing Heat; SSN: 2583-0228. International Journal of Multidisciplinary Innovative Research, 2(1), pp. 20-25.

Hazarika, A. K. & Paul, V. K., 2019. Design Parameters of Building Envelope for Energy Optimization in Plotted Residential Buildings: A Review. SPACE Journal, 23(1-2), pp. 1-17.

Mishra, E. & Kumar, K., 2021. A Review of Environmental & Structural Impact of Courtyards in Hot and Humid Climate. Journal of Housing and Advancement in Interior Designing, pp. 1-7.

Seshadhri, G. & Paul, V. K., 2017. User requirement related performance attributes for government residential buildings. Journal of Facilities Management, 15(5), pp. 409-422.

Paul, V. K. & Seth, V., 2017. Benchmarking and Objective Selection of Technologies for Housing in India Using Quality Function Deployment. Journal of Construction in Developing Countries, 22(1),

pp. 63-78.

Pragya & Kumar, K., 2021. A Review of Performance of Green Roofs for Retrofitting Existing Structures. Journal of Research in Infrastructure Designing, pp. 1-7.

Moloney, J., 2011. Designing Kinetics for Architectural Facades: State Change. New York: Routledge.

Anshuman, S., n.d. Responsiveness and Social Expression: Seeking Human Embodiment in Intelligent Façades. Savannah (Georgia), s.n.

Gopikrishnan, S. & Paul, V. K., 2018. Validation and ranking of user requirement related building performance attributes and sub attributes for government residential buildings. Emerald Publishing

Limited, 36(13), pp. 638-656.

Baird, G., 2001. The Architectural Expression of Environmental Control Systems. s.l.:Taylor & Francis.

Woodbury, R. F., 2010. Elements of Parametric Design. s.l.:Routledge.

Kaur, S., Sidana, T. & Paul, V., 2020. Life Cycle Costing of Building Envelope. International Journal of Creative Research Thoughts, 8(6), pp. 1793-1802.

Yeh, M. A. F. P., n.d. Intelligent Kinetic Systems in Architecture. s.l., s.n.

Moloney, J., 2009. Kinetic Architectural Skins and the Computational Sublime. MIT Press.

Russell Martin Fortmeyer, C. D. L., 2014. Kinetic Architecture: Designs for Active Envelopes. Victoria: Images Publishing Group.

Maria Mandalaki, K. Z. T. D. T. A. V., 2012. Assessment of shading devices with integrated PV

for efficient energy use. Research Gate.

Orrell, R. C., 2012. Medina, Saudi Arabia. Architectural Record.


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