MDS 531.38
Wording: Natural sciences & mathematics Physics Classical mechanics Solid Dynamics Not set
Dewmoji: π¬ππ¨??
0 Computer science, information & general works 252,013 βΉοΈ | 1 Philosophy & psychology 270,129 🧠 | 2 Religion 681,242 π | 3 Society, government, & culture 1,328,382 π« | 4 Language 209,883 π¬ | 5 Natural sciences & mathematics 431,918 π¬ | 6 Applied science & technology 940,635 π‘ | 7 Arts & recreation 1,031,850 π¨ | 8 Literature & rhetoric 1,436,736 π | 9 History & geography 837,760 πΊοΈ |
50 Science 35,266 🥼 | 51 Mathematics 82,055 β | 52 Astronomy 25,356 π | 53 Physics 44,008 π | 54 Chemistry 28,260 βοΈ | 55 Earth sciences; geology 36,663 π | 56 Fossils & Dinosaurs 11,038 π | 57 Biology 55,751 𧬠| 58 Plants (Botany) 26,824 πΏ | 59 Animals 86,697 πΌ |
530 Physics 20,962 π | 531 Classical mechanics 3,646 π¨ | 532 Fluid mechanics 1,632 π¦ | 533 Pneumatics (Gas mechanics) 480 βοΈ | 534 Sound 933 π | 535 Light 4,456 π | 536 Heat 1,718 π₯ | 537 Electricity 3,109 β‘ | 538 Magnetism 1,310 π§² | 539 Modern physics 5,762 β’οΈ |
531.0 220 | 531.1 Statics, dynamics, particle mechanics 1,148 | 531.2 Solid statics 32 | 531.3 Solid Dynamics 409 | 531.4 Work Friction 17 | 531.5 Gravity 48 π | 531.6 Energy 408 | 531.7 14 | 531.8 Machines; Transmission of Force 14 | 531.9 Tables; Problems; Questions 5 |
531.30 2 | 531.31 Rectilinear motion | 531.32 Vibrations 89 | 531.33 Undulation 16 | 531.34 Rotation 33 | 531.35 Centrifugal and centripetal force | 531.36 6 | 531.37 | 531.38 191 | 531.39 |
531.380 1 | 531.381 3 | 531.382 133 | 531.383 6 | 531.384 | 531.385 12 | 531.386 | 531.387 | 531.388 | 531.389 |
Selected Works under MDS 531.38 (191)
- Theory of Elasticity by L. D. Landau
- Theory of Elasticity by Stephen Timoshenko
- Theory of elastic stability by Stephen P. Timoshenko
- Mathematical Foundations of Elasticity (Dover Civil and Mechanical Engineering) by Jerrold E. Marsden
- Stress Waves in Solids by Herbert Kolsky
- Nonlinear Problems of Elasticity by Stuart Antman
- Introduction to the Theory of Fourier Integrals by E. C. Titchmarsh
- Elasticity: Theory, Applications, and Numerics by Martin H. Sadd
- Theoretical Elasticity (Dover Civil and Mechanical Engineering) by A. E. Green
- Principles of Hyperplasticity: An Approach to Plasticity Theory Based on Thermodynamic Principles by Guy T. Houlsby
- Computational Inelasticity by J.C. Simo
- Elasticity, fracture and flow, with engineering and geological applications by J. C. Jaeger
- Elasticity by J. R. Barber
- Crack Problems in the Classical Theory of Elasticity by Ian N. Sneddon
- Elasticity by Robert Williams Soutas-Little
- Analytical Methods in Anisotropic Elasticity with Symbolic Computational Tools by Omri Rand
- Foundations of the Nonlinear Theory of Elasticity by V.V. Novozhilov
- Introduction to Linear Elasticity by Phillip L Gould
- The Mathematical Theory of Plasticity by R. Hill
- Plasticity : Mathematical Theory and Numerical Analysis by Weimin Han
Related Tags
"Far Friends"
MDS classes with significant recommendations overlap, excluding ones under the same top-level class.
None
Wording
| 1922 Edition |
| Modern Language |
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