REFLECTION

 Once I went for a walk to find something out of it. I prioritised seashore as subject so I went there. The thing amazed me was those different type of wave and those sounds that was making by it. So I came out with some deep research why and how its having differences with different types of waves. What I find out was even amazing. After some study i came up with some results. The first thing I saw pebbles movement depending on those wave. Those pebbles were when the wave is stronger and after the wave’s is gone those sands are making some kind of texture that’s visible in the picture. I made a conceptual section that shows those texture.

The time I was doing my long section, I give it a thought about my subject that I’ll be working for further. And because of most was related to seashore so I saw and study about the waste of seashore both man-made and natural and tried to make something up out of it. In my study I found we can get a lot of fish net that s been thrown out by the fisherman either in the sea side or in the sea which can be turn into wonders. Every year the amount of fishnet waste is increasing. Those fisherman have to through them after 5/6 months of use. And those nets are made of  material nylon which is pretty valuable and long lasting as well.

My installation is a public  space with seating. material: waste nylon. The overall structure I designed to inspired from a sea shell. The main reason behind reusing this material is, it has strength and can make shells structure easily. I was inspired by the pebbles for the seating arrangement I put in the design. When people will come to this place and sit they will it will give them a vibe of a seaside.


Red mark space is selected for my site








MY INSTALLATION:SEATING SPACE







3D IMAGES









REFERENCES

[1] J. Luo, Z. Jiang, W.M. Cheng, Z.B. Gong, Y.Z. Deng and Q.C.
Liang: Journal of Shanghai University (Natural Science), Vol.7-4 (2001),
pp.293-296.
[2] Takayuki Murayama. John H. Dumbleton. Malcolm L. Williams. The
viscoelastic properties of oriented nylon 66 fibers. Part III: Stress relaxation
and dynamic mechanical properties. Chemstrand Research Center, Inc.,
Durham, North Carolina, Journal of Macromolecular Science, Part B
[3] Tzikang Chen, Determining a Prony Series for a Viscoelastic
Material From time Varying Strain Data. NASA/TM-2000-210123 ARLTR-2206
[4] X.Q. Zhang, L. Tian. Three-dimensional Simulation of Micro Air
Vehicles with Low-Aspect-Ratio Wings. Key Engineering Materials Vol.
339 (2007) pp 377-381Trans Tech Publications, Switzerland
[5] Nathan Logsdon, A procedure for numerically analyzing airfoils and
wing sections. University of Missouri, Columbia. 
[6] TRANSIENT ANALYSIS of NYLON 6/6 for a
THIN SHELL STRUCTURE by FEM
H.R. Montazer Hojjat
Ruhr Universität Bochum, Bochum, Germany


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