Anybody know the young's modulus for bamboo?
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Anybody know the young's modulus for bamboo?
I have decided on using vertically laminated bamboo for the cores on my planned skiis, and need to predict flex patterns. Ive leeked all over the web for this value, no luck... anyone on here no this number so I can add it to the ski flex prediction program?
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Re: Anybody know the young's modulus for bamboo?
Can you hit me up with a link to the bamboo you plan on using, for some personal use... Thanks broDocta wrote:I have decided on using vertically laminated bamboo for the cores on my planned skiis?
Young's modulus along fibres: 20.6GPa
Ultimate Tensile Strength along fibres: 193MPa
UTS transverse to fibres: 8.1MPa
UCS along fibres: 68.4MPA
In-plane shear strength: 9.2MPa
From: Mechanical Properties of Bamboo, a Natural Composite, S. C. LAKKAD, J. M. PATEL, Fibre Science and Technology 0015-0568/81/0014-0319/$02.50
I'm not convinced by the experimental methods they used for determining strength (particularly transverse tensile strength) and think that the actual values would likely be higher than measured.
Also, there are different types of bamboo and this paper didn't say which they were using. In addition, the properties will depend on the age of the bamboo and whether the bamboo comes from the top or bottom of the reed. Can't remember where I read that but I know I did sometime.
Ultimate Tensile Strength along fibres: 193MPa
UTS transverse to fibres: 8.1MPa
UCS along fibres: 68.4MPA
In-plane shear strength: 9.2MPa
From: Mechanical Properties of Bamboo, a Natural Composite, S. C. LAKKAD, J. M. PATEL, Fibre Science and Technology 0015-0568/81/0014-0319/$02.50
I'm not convinced by the experimental methods they used for determining strength (particularly transverse tensile strength) and think that the actual values would likely be higher than measured.
Also, there are different types of bamboo and this paper didn't say which they were using. In addition, the properties will depend on the age of the bamboo and whether the bamboo comes from the top or bottom of the reed. Can't remember where I read that but I know I did sometime.
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