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Nature inspired architectural designs
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ABSTRACT
Biomimicry is nature inspired designs. The design of the building form or function is evolved from any form of nature by imitating the nature to solve human problems. High rise buildings have high environmental impacts which can be solved through biomimicry as a response to sustainable problems. For any high rise buildings using biomimicry concepts the solutions to the problems can be given through sustainable means that is biomimicry increases sustainability in high rise buildings. This paper discusses about the research on biomimicry, various levels of biomimicry and their applications in high rise buildings with the help of case studies. It results various design approaches and principles.
STRUCTURE
1. Introduction
2. Biomimicry in Architecture
3. Biomimicry approaches
• Design looking to biology
• Biology influencing design
4. Biomimicry levels
• Organism level
• Behaviour level
• Ecosystem level
5. Biomimicry in High rise buildings
• Biomimicry to increase
…show more content…
Bio - Life, Mimicry - Immitation. There are other forms of biomimicry, like biomorphic, bio-utilization, and biophilia. Biomorphic is the mimicking of natural forms like designing a building that resembles the form. Bio-utilization is the direct use of nature like using of tress on site for shading. Biophilia is creating a strong bond between humans and other living organism which create a comfortable environment by using nature. Biomimicry in architectural terms mimics biological forms, processes and functions seen in nature to bring architectural solutions which can be used for sustainable solutions. There are many definitions for Biomimicry by various researchers one such is Janine M Benyus, defined Biomimicry as “a new discipline that studies natures best ideas and then imitates the designs and process to solve human problems”. Guber defined Biomimicry as “The study of overlapping fields of biology and architects that show innovative potential
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Architecture is the concept of bringing structure, materiality, form and space together as a whole, provide people with enclosed atmosphere to experience. Considering this, it is important to identify that materiality and the purpose of details has been a key methodology to bringing architectural intentions into the design in an affective manner, more over producing an architectural expression. However, this position is rather declining in architecture, reducing tectonics and materiality to being secondary to form and space. With the start of modernism, the attempt to achieve minimalistic style has caused detailing to increasingly develop into a decorative aspect of a building, neglecting its individual contribution to architecture.
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...his work is soft, fluid, organic and human instead of geometrical. Ecominimalism is a term gaining popularity which stands for realistic and cost-effective approach to going green in buildings.
Biological evolution is the change in the inherited and genetic characteristics of a species. Much of what makes us human is our physical appearance and biological adaptations. Human ancestry originates in primates and over time, we have physically evolved a great deal in order to become the modern humans that we are today. Humans have larger brain sizes, longer legs, and are habitually bipedal all of which biologically separate humans from other animals and create the human identity.
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Biology, is quite the expansive field in the world of science. The term itself has its roots in Greek with “bios” meaning life and “logos” meaning study. The term itself refers to the study of all walks of life that occur in nature. It covers all of the grandeur of life from the various structures of cells and the materials that comprise living creatures to the make up of primeval cells of the past. It encompasses the vast strata of the life from the infinitesimally small cells to the the gargantuan blue whales and other leviathans of the world. Underneath the umbrella of biology are a bevy of unique disciplines such as: physiology, genetics, ecology, and morphology.
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There are 25 major specialties in engineering that are recognized by professional societies. In any one of those 25 specialties, the goal of the engineer is the same. The goal is to be able to come up with a cost effective design that aids people in the tasks they face each day. Whether it be the coffee machine in the morning or the roads and highways we travel, or even the cars we travel in, it was all an idea that started with an engineer. Someone engineered each idea to make it the best solution to a problem. Even though engineer’s goals are similar, there are many different things that engineers do within their selected field of engineering. This paper will focus on the architectural field of engineering.