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Tensor Calculus for Physics

Name: Tensor Calculus for Physics
Brand: Johns Hopkins University Press
SKU: 9781421454481
Price: 1335 CZK
Availability: InStock

Autor: Neuenschwander, Dwight E. (Professor of Physics, Department Chair, Southern Nazarene University)

Jazyk:

Vazba: Brožovaná

Vydavatel: Johns Hopkins University Press

Dostupnost: Skladem u dodavatele v malém množství

Odesíláme za 11-15 dnů

1 335 Kč

An essential guide to understanding tensors through physics. Understanding tensors is essential for...

Informace o knize

Autor

Neuenschwander, Dwight E. (Professor of Physics, Department Chair, Southern Nazarene University)

Jazyk

Angličtina

Vazba

Kniha - Brožovaná

Vydáno

2026

Stránek

248

EAN

9781421454481

ISBN

1421454483

Enbook ID

49509311

Vydavatel

Johns Hopkins University Press

Hmotnost

666

Rozměry

152 x 229 x 14

Kompletní popis

An essential guide to understanding tensors through physics. Understanding tensors is essential for physics students who encounter phenomena where direction matters. A jet stream rushing overhead can trigger vertical convection that leads to thunderstorms. An unbalanced car wheel spinning around a horizontal axis produces a wobble in the vertical plane. Astronauts orbiting Earth observe an electrostatic field as a magnetic one. In all these cases, tensors offer a language that captures directional relationships with precision. In the second edition of Tensor Calculus for Physics, Dwight E. Neuenschwander provides an accessible guide that shows how tensor logic arises naturally from physical problems. Tensors' true elegance lies in how they transform: when coordinates change from one system to another, tensors follow the same rules, allowing physical laws to retain their form across perspectives. Students are often introduced to tensors piecemeal through the inertia tensor in classical mechanics or the polarization tensor in electricity and magnetism. While useful, this fragmented approach does not prepare the student for tensor features such as affine connections, dual basis vectors, and covariant derivatives they will encounter in advanced studies such as general relativity, continuum mechanics, or non-Euclidean geometry. This concise guide builds from the ground up, providing a clear, step-by-step progression that embeds tensors in contexts where their power becomes self-evident. This extensively revised second edition incorporates more illustrative examples and carefully designed homework problems to strengthen understanding. Now accompanied by a solutions manual, this edition is an ideal resource for courses in general relativity, covariant electrodynamics, continuum mechanics, fluid dynamics, materials science, and any discipline where tensors illuminate the structure of physical reality.

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