Book on tensor symmetry, geometries, surfaces

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SUMMARY

The discussion centers on finding a comprehensive tensor reference book that covers symmetries, full tensor visualization, and geometric interpretations of tensors. Participants recommend exploring classical invariant theory and representation theory for insights into tensor invariants. For visual intuition, Chris Hillman suggests "Applied Differential Geometry" by Burke as a valuable resource. The inquiry is rooted in research related to the Navier-Stokes equations from a fluid dynamics perspective.

PREREQUISITES
  • Understanding of tensor symmetries
  • Familiarity with classical invariant theory
  • Knowledge of representation theory
  • Basic concepts of fluid dynamics and the Navier-Stokes equations
NEXT STEPS
  • Research classical invariant theory for tensor invariants
  • Explore representation theory to understand tensor representations
  • Study "Applied Differential Geometry" by Burke for visual intuition on tensors
  • Investigate advanced tensor visualization techniques in fluid dynamics
USEFUL FOR

Researchers, mathematicians, and physicists interested in tensor analysis, particularly those working with fluid dynamics and the Navier-Stokes equations.

desA
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I'm looking for a good tensor reference book that provides insights into the following areas of tensors:

1. Symmetries & how to extract them.

2. Full tensor visualisation eg. how to visualise the stress tensor in its 9 component form without resorting to a split into 3 simultaneous equations.

3. Geometric interpretations of tensors.

I am researching into the Navier-stokes equations from a physical, fluids background & would like to further explore along tensor lines.

Thanks so much for your assistance.

desA
 
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Hi, desA,

I don't know of a single book which will fill all your requirements, but it might help to know that you can probably pick up some knowledge of the invariants of tensors from good books on classical invariant theory and on representation theory. For visual intuition regarding tensors and exterior forms, you can try Burke, Applied Differential Geometry.

Hope this helps,

Chris Hillman
 
Thanks very much for your useful information, Chris. I've been working through a number of the classical tensor books & have some new insights. I'll look into Burke & see where that leads me. Thanks again.

desA
 

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