FLEXIBLE ARCHITECTURE

By now it is becoming apparent that these architectural themes are begininning to intertwine and rely partly on each other's abilities.  Flexible architecture is perhaps the binding theme that all others must partly respond with in order to work.  For example, mobile and distributed architecture require flexibility to adapt and move to new environments and new people etc, and virtual spaces will best function with flexibility so that minimal space can provide maximum opportunity.  So what exactly can flexible architecture mean?

A flexible space should be able to be inhabited by anyone, contain private and public areas, house any function and thus enable dynamic experiences.  It needs to be responsive to multiple factors including time, people, culture, climate and location.  Architecture could literally flex, made of materials/structures capable of morphong, altering or re-organisation.

Here is a structure that grows or shrinks depending on use, time, and interactions.

This architecture also literally flexes but in a more organic way, with purely organic materials.  Columns (trees) were grown in specific locations witha  planned structure in mind.  Perhaps the branches can be unbound and rearranged to alter the dome shape.  Could a similar concept be achieved with man-made materials?  And is the cladding/waterproofing member rigid and interchangeable, or could it flex, twis, bend and move with the structural supports?

This tower is flexible while being static.  A building can rotate or twist to offer better solar, ventilation or even views.  This example allows each level to twist independantly as required.

This building is automated by robotic arms which rearrange the spaces or "grow pods" dependant upon their nutrient requirements.  This is an example of a system which automatically adapts which makes it more sustainable as it will continue to function further into the futre.  It appears as though flexibility is the binding key to MOBILE, DISTRIBUTED and VIRTUAL architecture. 

In a similar way to the previous example, this architecture is built by stacking separate spaces (more than likely with separate function to form a unified whole.  This shipping container system could also be classed as MOBILE architecture or even DISTRIBUTED architecture.  The way that is also equally flexible comes in the possibility of being able to ship different functioning spaces and various quantities (dependant on requirements).  This is almost a Lego type system of human activity, colour coded so that the changing building can still identify the function of the stacked spaces, capable of inland or ocean transport.

The Suitcase House allows a more static architecture to retain flexibility.  Cleverly organised folding components can rearrange space, expose certain functions, or hide elements away.  This level of flexibility is more user friendly, instantly changeable by the intended users, not necessarily relying on mechanical aid and vast amount of energy to adapt.

Another concept to consider in flexible architecture is the life cycle of the product.  Consideration should be given to the production, assembly, life, reuse or disassembly, then recycling or disposal and reassembly.  A carefully considered approach could ensure that a product could have a limitless lifetime.