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Oertel H. — Prandtl's Essentials of Fluid Mechanics (Applied Mathematical Sciences)
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Название: Prandtl's Essentials of Fluid Mechanics (Applied Mathematical Sciences)Автор: Oertel H. Аннотация: Ludwig Prandtl, with his fundamental contributions to hydrodynamics, aerodynamics, and gas dynamics, greatly influenced the development of fluid mechanics as a whole, and it was his pioneering research in the first half of the last century that founded modern fluid mechanics. His book Fuhrer durch die Stromungslehre, which appeared in 1942, originated from previous publications in 1913, Lehre von der Fliissigkeit und Gasbewegung, and 1931, Abrifi der Stromungslehre. The title Fuhrer durch die Stromungslehre, or Essentials of Fluid Mechanics, is an indication of PrandtFs intentions to guide the reader on a carefully thought-out path through the different areas of fluid mechanics. On his way, the author advances intuitively to the core of the physical problem, without extensive mathematical derivations. The description of the fundamental physical phenomena and concepts of fluid mechanics that are needed to derive the simplified models has priority over a formal treatment of the methods. This is in keeping with the spirit of Prandtl's research work...
Язык: Рубрика: Физика /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Издание: 2nd editionГод издания: 2004Количество страниц: 735Добавлена в каталог: 13.04.2014Операции: Положить на полку |
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Предметный указатель
418 528 541 395 404 Absolute instability 364 367 423 Absolute vorticity 576 Acceleration losses 479 Ackeret equation 272 Ackeret rule 271 308 309 Activation energy 509 Adiabatic boundary 371 Adiabatic compression 28 Adiabatic expansion 28 Adiabatic stratification 31 Aerodynamics 64 265 Airfoil 268 Airships 174 Aliphatic 517 523 Alkane oxidation 518 Amplification rate 400 401 Aneroid barometer 27 Angle of attack 272 Anharmonic oscillator 564 Annular flow 457 460 Annular-droplet flow 459 Aorta bend 646 Arrhenius equation 508 Arrhenius parameter 562 563 Arterial branching 648 Arterial flow 645 650 Arterial widening 617 Arteriole 622 Artery 622 Asymptotic stability 366 Atmosphere 29 Atrium 620 Automotive engine simulation 542 Balance equation for material 607 Balance equation for water phases 607 Balance of energy 195 Balance of momentum 95 Baroclinic instability 576 595 599 Barometer 27 34 Barometric height formula 30 Barotropic flow 579 Basic flow 396 Bearing lubrication 154 Beats 106 Bernoulli constant 204 Bernoulli equation 63 66 67 172 203 Beta parameter 576 Bimolecular reactions 510 Biofluid mechanics 615 Biot — Savart law 281 Bird flight 266 Blasius law 162 Blood 618 Blood, circulation 615 620 Blood, corpuscles 618 Blood, plasma 618 625 Blood, vessel 645 Borda outlet 98 Borghi diagram 554 555 boundary conditions 371 381 391 398 Boundary layer 362 397 409 Boundary layer, approximation 523 Boundary layer, equations 432 Boundary layer, flow 129 142 396 442 447 Boundary layer, theory 125 Boundary layer, thickness 125 617 Boussinesq approximation 370 Boyle — Mariotte law 27—29 Branching diagram 368 Brewer — Dobson circulation 614 Brunt — Vaeisaelae frequency 603 Bubble cavitation 494 Bubbly flow 457 459 Buffeting 305 Bunsen burner 165 525 Bunsen flame 525 Calming track 292 Capillaries 622 Capillarity 39 Capillary waves 105 Cardiac valves 642 Cascade 100 101 Casson equation 626 catalyst 531 Cavitation 493 Cavitation number 493 Cellular convection 358 368 588 Centrifugal force 152 571 Channel 110 152 161 Channel flow 160 Chemical equilibrium 562 Chemical nonequilibrium 561 562 Chezy equation 161 Choked flow 669 671 Churn flow 457 Cigarette 357 Circular cylinder 566 Circular cylinder in a flow 449 Circular pipe flow 175 Circulation 80 92 Climate 608 Closed line 80 Closure problem 535 551 Cloud cavitation 494 Coefficient of expansion 27 Coherence 348 Coherent structure 347 Collision number 510 Collision partner 510 Combustion chamber 656 Compressibility 446 Compressor 656 Concorde 311 Conditional expectation value 552 Conservation of angular momentum 102 Conserved scalar 544 Constant heat transfer 438 Continuity 63 187 Continuity equation 196 607 637 Continuum flow 560 Contour change 303 Contraction 68 Control of turbulence 320 Control surface 96 Convection 429 430 Convection cell 376 Convection rolls 374 375 Convective heat transfer 427 Convective instability 364 367 Convective mass transfer 427 Convergence of wall streamlines 305 Coriolis force 571 Coriolis parameter 572 Corner expansion 200 Corner flow 139 Couette viscometer 389 Counterflow 523 Counterflow, flame 523 548 549 Counterradiation 609 Creeping flow 122 153 Critical mass flux 483 486 Critical point 52 53 Critical pressure 192 Critical Reynolds number 127 130 133 321 Cross-flow instability 294 403 Cross-flow vortex 409 415 Cross-roll instability 379 Cut principle 20 Cyclone 595 Damkoehler number 555 Deep-water waves 604 Degree of reaction 684 Delta wing 58 307 Density wave 483 484 Density wave, instability 501 502 Density-averaged enthalpy 468 Density-weighted mixture velocity 466 Desorption 568 Developed turbulence 326 Diastole 620 Diffusion 430 Diffusion, convection 382 427 Diffusion, flame 533 Diffusion, Rayleigh number 431 Diffusor 99 165 Direct numerical simulation 533 Discharge 67 68 73 91 Dispersed bubbly flow 460 dispersion 105 Dispersion, relation 399 Displacement thickness 125 Dissipation 445 Dissipation rate 536 549 Dissociation 562 564 Dissociation, degree 561 Dissociation, enthalpy 569 Dissociation, reaction 562 Disturbance level 325 Dobson unit 612 Double diffusion convection 386 Double diffusion instability 383 Drag 165 171 269 Drag coefficient 174 271 601 Drift velocity 456 Drift-flow model 466 Dust devil 598 Dynamic pressure 70 71 Dynamic viscosity 118 Dynamics 63 118 186 d’Alembert’s principle 96 Eddies 326 Eddy dissipation model 553 Eddy viscosity coefficient 328 Eddy-break-up model 542 Edge of a jet 332 Eigenvalue problem 133 400 Ekman layer 580 581 Ekman length 580 Ekman spiral 580 Elbow bend 151 Electrical impulse 628 Element mass fraction 527 544 Elementary reaction 505—507 Elliptical potential equation 204 Energy accommodation 568 Energy cascade 330 342 346 energy equation 196 Energy of turbulence 342 Energy spectrum 346 350 Energy transfer 564 Enstrophy 345 346 Enstrophy cascades 346 Enstrophy dissipation anomaly 345 Enstrophy spectrum 346 Enthalpy 195 Eoetvoes number 469 Equation of motion 187 607 631 Equation of state 28 Equilibrium 17 26 546 Equilibrium chemistry 544 Equilibrium constant 505 Equilibrium line 546 Equipotential surface 37 Erythrocytes 625 Etching processes 530 Etching rate 530 Etching reactor 530 Euler’s turbine equation 102 Exchange coefficient 536 Exchange reaction 562 Excited state 564 Exhaust gas cleaning 527 External forces 18 19 facility 290 Falloff curves 512 Favre average 546 Favre variance 546 Fiber filament 637 Finger instability 385 387 First-order reactions 504 Fitzhugh — Nagumo equations 636 Fixed boundary 371 374 Flame quenching 548 559 Flame structure 520 557 Flame velocity 521 557 559 Flamelet 548 Flamelet, concept 559 Flamelet, model 556 557 Flamelet, regime 555 Flat plate 450 Flettner rotor 95 Floquet analysis 404 Floquet ansatz 406 Flow in the atmosphere 571 Flow in the ocean 571 Flow past curved objects 337 Flow, coefficient 661 684 Flow, forms 457 Flow, models 460 Flow, past a dihedron 166 Flow, past a plate 169 Flow, past a sphere 173 Flow, past an airfoil 206 207 Flow, past an automobile 57 Flow, past bodies 615 Flow, past wings 274 294 Flow, pattern maps 457 Flow, separation 144 148 Fluid 47 Fluid coordinate 48 Focus 57 Forced convection 427 428 430 431 438 442 Formaldehyde formation 518 Formation of water 506 Forward reaction 504 Free boundary 374 387 Free convection 427 430 431 435 Free enthalpy 562 Free jet 138 200 331 Free liquid surface 103 371 Free turbulence 331 Free-molecular-flow 560 Freezing 212 Friction coefficient 159 Friction drag 166 Frictional drag 169 Froude number 167 Frozen equilibrium 489 Frozen equilibrium, model 489 491 Fully developed pipe flow 163 438 Fundamental equations 370 390 Gap 91 Gap, flow 157 Gas 17 26 47 186 Gas, dynamics 186 Gas, turbine 655 656
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