Materials: tempered glass
After doing some research, I came across a type of glass that is often used in glass architecture. It is called tempered glass.
How is it made?
Glass is tempered according to a well-established procedure in which raw glass is heated to a temperature of approximately 100 K above the glass transition temperature Tg in a tempering furnace and then quickly cooled by air quenching. In contrast to annealed glass, this gives the glass a residual stress state that protects the surface from compressive stress and increases its strength. (Dix, Schüler and Kolling, 2022)
According to (Schneider, et al, 2012) Tempered architectural glass's exceptional mechanical strength and resistance to heat breakage make it especially suitable for use in contemporary structural, architectural, and solar applications. Glass is being utilized as a genuine structural element in addition to being a cladding material for windows and facades. Glass is bearing higher and longer-term structural loads, and holes are experiencing even higher local stresses.
In conclusion, I think this material is adequate to the result that I want and to reach the sustainability goal.
REFERENCES:
- Schneider, J., Schula, S. and Weinhold, W.P. (2012) Characterisation of the scratch resistance of annealed and tempered architectural glass. [Online] Thin Solid Films. Available from : https://www.sciencedirect.com/science/article/pii/S0040609011009205?casa_token=MuadXvrNF40AAAAA:aRc86lSqpebPKZOLSjOs-R0lugH74Q7vqAsJEXP9X_Z7LRlPSHf9ZfGp-y48E5smkoFGhpiA1w0.
Dix, S., Schüler, C. and Kolling, S. (2022) Digital full-field photoelasticity of tempered architectural glass: A review. [Online] Optics and Lasers in Engineering. Available from : https://www.sciencedirect.com/science/article/abs/pii/S0143816622000537?via%3Dihub#preview-section-cited-by.
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