Structural folds

zsa

In order to study and understand this notion of a self-supporting structure, a number of tests where conducted. These experimental forms where all constructed by folding a single piece of paper. By repeating this action and directing the folds in contrasting angles, we discovered the parameters for component behaviour.

Due to the orientation of the fold, the compressive force is applied through the vertical fold on the Y axis. The forces flow from x and y co-ordinates, which provides structural strength. Therefore the tension is held on the X axis which are the weaker points of the structure.

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Posted in Akanksha Rathee, Natalie Alima | Comments closed

“Triangles and nothing more”

Our model is based on two simple structures , a triangle and a square this last devided in the half to make two triangles at the end. The triangle is one of the highest strenght structures because this does not deform unless we applied a big  load compared to its size, the best part of this shape is that the three elements of  the triangle can act in compression or tension, so doing an item almost perfect to build rigid structures.

modelo 2modelo 1

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Posted in Atessa Zandi, Luis Leon Lopez, Uncategorized | Comments closed

” O as Structure “

PROTOTYPE 1componentFor the first prototype the starting point is the aggregation of four components with 
the same shape but different connections in order to develop the structure 
in x and y direction. Read More »
Posted in Giombattista Areddia, Hristo Kovachev | Comments closed

Deceptively Simple!!

Pictures

 

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Pictures1

EXPERIMENTAL STRUCTURAL > ADITYA KADABI AND  GEORGIOS ANGELOU

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Friction-Fitting Rubber

Sheet rubber has two properties that are uncommon in structural or architectural materials.

1) “Stickyness:” rubber with a glossy finish sticks to other rubber surfaces, amplifying friction

2) “Springback:” rubber has a high degree of elasticity, allowing it to spring back to its original shape when released from deformation or stretching

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Posted in Mary Katherine Heinrich, Robert Douglas McKaye | Comments closed