APPLICATION OF TRANSFORMABLE DESIGN WITHIN EXPLORATION SISAL FIBER FOR OPEN AND CLOSE SYSTEM
Sisal plants (A. sisalana L.) have quite strong fiber characteristics and if felting can provide good strength and flexibility. However, its use is still not optimized and only deals with the scope such as rigging. Indonesia itself also produces a lot of sisal fiber as much as 500 tons. Natural f...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/51373 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Sisal plants (A. sisalana L.) have quite strong fiber characteristics and if felting can provide
good strength and flexibility. However, its use is still not optimized and only deals with the
scope such as rigging. Indonesia itself also produces a lot of sisal fiber as much as 500 tons.
Natural fibers can be sustainable with the structure of the transformable design mechanism
which is something that is quite new for Indonesia, where this structure can change from one
form to another, and is very potential with sisal fibers that can follow the form of the structure
of the mechanism in a transformable design with flexibility and flexibility. strength of this sisal
fiber. In this transformable design, it allows sisal fiber to change shape according to the
structure that has been designed in a transformable design system which can produce an openclose
system by utilizing a combination of a transformable design structure and the flexibility
and strength that is fairly good from sisal fiber so as to produce a potential novelty in sisal
fiber which can be applied to products such as curtains, night lights, and decorations. |
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