Hi, Love your videos, they've really helped me understand the basic science principles relevant to my field of interest! Just a query I hoped you might be able to help with... material hardness vs strength - are these essentially one in the same thing in terms of the underlying mechanism of material deformation? Just that surface scratches occur as a result of very focal stresses at the surface of a material, causing local deformation that doesn't dissipate through the entire crystal/material? Is hardness and strength of a material therefore generally proportionate, if the material hasn't been worked in such a way so as to change surface properties? Hope this makes some sense!? Much appreciated
Could you tell me any real-life applications of Deformation of a thin plate and/or Linear Elasticity, i already have a condenser microphone and thermoplastic thermoforming Thanks a lot
Hi,
Love your videos, they've really helped me understand the basic science principles relevant to my field of interest!
Just a query I hoped you might be able to help with... material hardness vs strength - are these essentially one in the same thing in terms of the underlying mechanism of material deformation? Just that surface scratches occur as a result of very focal stresses at the surface of a material, causing local deformation that doesn't dissipate through the entire crystal/material? Is hardness and strength of a material therefore generally proportionate, if the material hasn't been worked in such a way so as to change surface properties?
Hope this makes some sense!?
Much appreciated
Thank you so much for the explanation. It's so helpful!
Could you tell me any real-life applications of Deformation of a thin plate and/or Linear Elasticity, i already have a condenser microphone and thermoplastic thermoforming
Thanks a lot