MCSE the core exams in a nutshell: A desktop quick reference: By Michael Moncur. O'Reilly, Sebastopol, CA. (1998). 401 pages. $19.95
- Publisher
- Elsevier Science
- Year
- 1998
- Tongue
- English
- Weight
- 147 KB
- Volume
- 36
- Category
- Article
- ISSN
- 0898-1221
No coin nor oath required. For personal study only.
โฆ Synopsis
Contents: Preface. I. Instabilities.
Instabilities and bifurcations in variable density flows (P, Huerre, K. Amram and J.M. Chomaz). Global self-excited oscillations in a two-dimensional heated jet: A numerical simulation (V. Chapin, F. Sers and P. Chassaing). Mixing behavior of absolutely unstable axisymmetric shear layers forming side jets (W.M. Pitts and A.W. Johnson). Influence of density contrast on instability and mixing in coaxial jets (Ph. Reynier and H. Ha Minh). A wake behind a heated cylinder at small Mach numbers: Bifurcations of the vortex street and potentialities of acoustic diagnostics (A.B. Ezersky, A.B. Zobnin, P.L. Soustov and V.V. Chernov). Experimental study of the Benard-Karman instability downwind of a heated cylinder (J.C. Lecordier, F. Dumouchel, F. Weis and P. Paranthoen). Direct simulation of multiphase flows with density variations (S. Zaleski, J. Li, R. Scardovelli and G. Zanetti). Self-turbulent flame simulation by a cellular automaton (A. Lopez-Martin, P.L. Garcia-Ybarra, J.L. Csstillo and J.C. Antoranz). II. Modelling and experiments. Some problems on single point modelling of turbulent, low-speed, variable density fluid motions (P. Chassaing). Turbulent kinetic energy in variable density jets and the modelling issue (L. Joly and P. Chsssaing). Second-order turbulence modelling and numerical simulation of volume variable turbulent flows (T. Aurier, C. Rey and J.F. Sini). Second order modelling of variable density jets: Favre averaged closures versus Reynolds averaged clcsures (E. Ruffin, R. Schiestei and F. Anselmet). Averaging procedures for the large eddy simulation of variable density flows (M. Germano). Numerical predictions of mixing phenomena in turbulent variable density flows with second-order closure turbulence models (R. Elamraoui, D. Garreton and 0. Simonin). Variation of the effective nozzle diameter in round turbulent jets with variable density (J.C. Sautet and D. Stepowski). Mbdng in coaxial jets with large density differences (M. Favre-Marinet and E.B. Camano). Forces on bodies moving in a weak density gradient without buoyancy effects (I. Eames and J.C.R. Hunt). Experimental investigation of the interaction between scalar dissipation and strain rate in a counter-flow geometry (K. Sardi, A.M.K.P. Taylor and J.H. Whitelaw). Analytical solution of the equation for the probability density function of a scaiar in decaying grid-generated turbulence with a uniform mean scalar gradient (V.A. Sabelnikov). Pdf and highest concentration evolution in turbulent jets (V.A. Sabelnikov, S. Simoens and M. Ayrault). III. Modelling and experiments. Buoyancy effects. Turbulent transfer modelling in turbulent flows with density variations and buoyancy forces (V.A. Frost). Buoyancy-generated variable-density turbulence (D.L. Sandoval, T.T. Clark and J.J. Riley). Turbulence structure and its modelling of a natural convection boundary layer (T. Tsuji, M. Shimada and Y. Nagano). Turbulent structure in horizontal channel flow under unstable density stratification (0. Iida and N. Kssagi). Second order modelling of incompressible turbulent buoyant flows: Some comments on the maximum principle (J.M. Herard). Variable density effects in axisymmetric turbulent jets and diffusion flames (J.P.H. Sanders, B. Sarh and I. Gokaip). Numerical modelling of turbulent convective heat and msss transfer in two-layer systems (B.I. Myznikova and 1.1. Wertgeim). An experimental investigation of quasi-2D turbulence with or without buoyancy effects (T. Alboussiere, V. Uspenski, A. Kljukin and R. Moreau). Penetrative convection in water near 4' (P. Le Gal). IV. Modelling and experiments. Industrial applications. Studying and modelling variable density turbulent flows for industrial applications (J.P. Chabard, 0. Simonin, A. Caruso, C. Delalondre, S. Dalsecco and N. Mechitoua). V. Experiments and measurement methods. Optical diagnostics for flows with density variations (R.B. Miles, W.R. Lempert, J. Forkey, N. Finkelstein and S.R. Harris). Large scale characterisation of the concentration field of supercritical jets of hydrogen and methane (E. Ruffin, Y. Mouilleau and J. Chaineaux). Unsteady measurement of static pressure, velocity and temperature in the vicinity of the nozzle in a vscuum-wind-tunnel (C. Kirmse, B. Sammler and H.E. Fiedler). Improvement of the response of a fine cold-wire for the measurement of highfrequency temperature fluctuations (J. Lemay and A. Benaissa). Messurements of velocity in the turbulent stage of gaseous mixtures induced by shock waves (F. Poggi, M.H. Thorembey, G. Rodriguez and J.F. Haas). VI. Compressible flows. Flows with density variations and compressibility: Similarities and differences (S. Lele). variable density (0. Chambres, S. Barre and J.P. Bonnet). Compressibility versus density variations and the structure of turbulence: A viewpoint from experiments (J.F. Debieve, P. DuPont, A.J. Smits and J.P. Dussauge). A numerical method for computing flows for arbitrarily small and medium Msch numbers (H. Bijl and P. Wesseling). On density and pressure fluctuations in uniformly sheared compressible flow (S. Sarkar). A structural approach to the effects of compressility in turbulent flows subjected to external compression or high shear (C. Cambon and A. Simone). Conclusion. Concluding remarks (J.L. Lumley). List of participants. Author index. MCSE The Core Exams in a Nutahell: A Desktov Quick Reference. By Michael Moncur. O'Reilly, Sebastopol, CA. (1998). 401 pages. $19.95. Contents: Preface. About the MCSE exams. Part 1. Networking essentials. Exam overview. Study guide. Suggested exercises. Practice test. Highlighter's index. Part 2. Windows NT workstation. Exam overview. Study guide. Suggested exercises. Practice test. Highlighter's index. Part 3. Windows NT server. Exam overview. Study guide. Suggested exercises. Practice test. Highlighter's index. Part 4. NT server in the enterprise. Exam overview. Study guide. Suggested exercises. Practice test. Highlighter's index. Part 5. Windows 95. Exam overview. Study guide. Suggested exercises. Practice test. Highlighter's index. Index.
๐ SIMILAR VOLUMES
Long group of a commutative ring. 12. Z-Z-Azumaya algebras. 13. The Brauer-Long group of a commutative ring. 14. The Brauer group of Yetter-Drinfel'd module algebras. Appendices. A. Abelian categories and homological algebra. B. Faithfully flat descent. C. Elementary algebraic K-theory. Bibliography
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