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The nature of structures
An exhibition of natural structures and the architecture they have inspired. In nature, structures and shapes are randomly formed as the result of chemical and physical activity. Some of them are preserved for a long time, while others are destroyed and vanish through a process of natural selection. The strength of durable forms stems from the arrangement of their components.

Some structures and patterns are identically or similarly repeated in nature, in different places, in different systems, or on a different scale. They are efficient solutions for their natural purpose and inspire planners and designers. The imitation of natural structures and their application is known as biomimetics (bio=life, mimicry=imitation).
This exhibition is based on the doctoral work of Dr. Yael Helfman Cohen, founder and director of the Israel Biomimicry Association. She develops biomimetic design methods based on nature’s structural patterns.
For more on the exhibition, click on here
For more information, see: Ask Nature and  Israel Biomimicry Association

Why don’t buildings fall?
Since the dawn of time man has constructed spaces to protect himself, his family, and his livestock. Originally he made use of natural spaces. Later he applied his accumulated knowledge to whatever materials were available. Structures are built for different purposes: buildings – to define space; bridges – to link two points; reservoirs – to contain materials. In the course of time man has learned to process materials and elements and utilize them as efficiently as possible. Today a wide range of materials are employed for this purpose: concrete, wood, steel, aluminum, plastic and so on.
Architects and town planners make use of models to demonstrate three- dimensional structures and examine whether their height is compatible with their surroundings. These models are sometimes computerized. Engineers also employ computerized models to test durability under extreme conditions.
In this exhibit visitors are presented with challenges and invited to build models and locate the strength of materials. Knowledge of basic scientific principles facilitates intuition and helps solve everyday problems. For example: How should you put up a ladder? How thick must a rope be to hoist a pail of water from a well? And how would you use a tent cloth, pegs and ropes to put up a tent on the seashore?   
Date Created: 13/10/16
Date Updated: 13/10/16