Can tell you're really passionate and that's really heartwarming :) Thanks for getting me through my Material Science intro course Prof. Love from Singapore
@@giggachad8153 there's no guarantee, but it typically looks a lot like the tension curve but smoother and higher strength values since most materials are going to be stronger under compression than tension. This is especially the case with ceramics.
@@TaylorSparks Do you hppen to have any referenc material showing the compression part of these graphs? most of what i find are examples in tension and I am trying to mathematically prove the Modulus of elasticity for some experimental data i collected on a polymer. my stress (compression) vs strain does not have the shape i expected and it doesnt follow any of the examples ive found. It also does not express linear behavior which is making it difficult to find the modulus. Thanks !
Can tell you're really passionate and that's really heartwarming :) Thanks for getting me through my Material Science intro course Prof. Love from Singapore
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Thank you so much, your explanation is very clear and easy to understand.
How does a compressive curve look and how do you analyze it ?
@@giggachad8153 there's no guarantee, but it typically looks a lot like the tension curve but smoother and higher strength values since most materials are going to be stronger under compression than tension. This is especially the case with ceramics.
@@TaylorSparks Do you hppen to have any referenc material showing the compression part of these graphs? most of what i find are examples in tension and I am trying to mathematically prove the Modulus of elasticity for some experimental data i collected on a polymer. my stress (compression) vs strain does not have the shape i expected and it doesnt follow any of the examples ive found. It also does not express linear behavior which is making it difficult to find the modulus. Thanks !