Tensor derivative in continuum mechanics

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The discussion focuses on the definition of tensor derivatives in continuum mechanics and their relation to covariant derivatives. The original poster seeks clarity on the physical and mathematical significance of this definition, expressing confusion about its application. They mention that the tensor derivative appears to act as a directional derivative in vector spaces rather than a covariant derivative. Participants are encouraged to share insights on how connections influence tensor behavior. Understanding these concepts is crucial for grasping advanced topics in continuum mechanics.
enricfemi
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i am currently reading a book about continuum mechanics. they define derivatives of tensor valued functions of tensors in such way:
http://en.wikipedia.org/wiki/Tensor_derivative_(continuum_mechanics )
it seems to be related covariant derivative, but i can not figure out its meaning in physics or maths.
i just try to understand why it should be defined in such way.
any talk will be appreciate.
 
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in other words, if we have a connection, how it acts on tensors.
 
ok, it has nothing to do with covariant derivative, seems to be some kinds of direction derivative in vector space. still unware of its meaning.
 

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