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conversations.value: a description for a book titled Continuum Mechanics about University, Debnath, Professor with the genre: Engineering & Transportation, Engineering. Start with the sentence 'Lokenath Debnath is Professor of the Department of Mathematics and Professor of Mechanical and Aerospace Engineering at the University of Central Florida in Orlando'.
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conversations.value: Lokenath Debnath is Professor of the Department of Mathematics and Professor of Mechanical and Aerospace Engineering at the University of Central Florida in Orlando. He received his M.Sc. and Ph.D. degrees in pure mathematics from the University of Calcutta, and obtained D.I.C. and Ph.D. degrees in applied mathematics from the Imperial College of Science and Technology, University of London. He was a Senior Research Fellow at the University of Cambridge and has had visiting appointments to several universities in the United States and abroad. His many honors and awards include two Senior Fulbright Fellowships and an NSF Scientist award to visit India for lectures and research. Dr. Debnath is author or co-author of several books and research papers in pure and applied mathematics, and serves on several editorial boards for scientific journals. He is the current and founding Managing Editor of the International Journal of Mathematics and Mathematical Sciences.
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conversations.value: the first five paragraphs for this book
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conversations.value: Continuum Mechanics
  With the use of the relations δ2 = δ3 − δ1 (provided by (D)) and , the right-hand side of equation (C) can be manipulated as follows
  The details of the derivation of the heat flux relation (36) (p. 111) are directly analogous to those given above in connection with the stress relation (15). A similar remark applies to the 'tetrahedron argument' required in Exercise 6 (p. 122).
  Remembering that the velocity is purely radial, i.e. , deduce that, in the absence of body forces, the equation of motion reduces to the single scalar relation
  A4. An incompressible ideal fluid of density ρ is contained in a fixed right circular cylinder. The fluid is acted on by a body force
  A1. Deduce from the energy equation (39) (p. 112) that, in the absence of heat supply, the steady flow of heat in a rigid body is governed by the equation
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conversations.value: another paragraph
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conversations.value: A4. An incompressible ideal fluid of density ρ is contained in a fixed right circular cylinder. The fluid is acted on by a body force
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conversations.value: the last four paragraphs. Start with the sentence 'A4'.
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conversations.value: A4. An incompressible ideal fluid of density ρ is contained in a fixed right circular cylinder. The fluid is acted on by a body force
  A1. Deduce from the energy equation (39) (p. 112) that, in the absence of heat supply, the steady flow of heat in a rigid body is governed by the equation
  A5. Show that in any deformation of an isotropic elastic body, made of unconstrained or incompressible material,
  Stress: extremal properties of 103–5; power 110–11; principle of Euler and Cauchy ; tensor , 99–100; vector ,