01864cam a2200361 a 450000100090000000300090000900500170001800800410003501000170007601500190009301600180011202000260013002000230015603500240017904000640020305000240026708200300029110000210032124500780034226000360042030000330045650200060048950400510049550506500054665000260119665000220122265000180124465000200126290600450128294200120132799900190133995201440135815791316USPCAS-E20180118181419.0090625s2010    enka     b    001 0 eng    a  2009025407  aGBA9909732bnb7 a0153712582Uk  a9780470699942 (cloth)  a0470699949 (cloth)  a(OCoLC)ocn417444167  aDLCcDLCdBWKUKdBWKdUKMdYDXCPdCDXdOKUdBWXdBTCTAdDLC00aTA418.54b.L37 201000a620.11296222bLAP-T 20101 aLappa, Marcello.10aThermal convection :bpatterns, evolution and stability/cMarcello Lappa.  aChichester, UK :bWiley,c2010.  axx, 670 p. :bill. ;c26 cm.  a.  aIncludes bibliographical references and index.0 aEquations, general concepts, and methods of analysis -- Classical models, characteristic numbers, and scaling arguments -- Examples of thermal fluid convection and pattern formation in nature and technology -- Thermogravitational convection : the Rayleigh-Bénard problem -- The dynamics of thermal plumes and related regimes of motion -- Systems heating from the side : the Hadley flow -- Thermogravitational convection in inclined systems -- Thermovibrational convection -- Marangoni-Bénard convection -- Thermocapillary convection -- Mixed buoyancy-Marangoni convection -- Hybrid regimes with vibrations -- Flow control by magnetic fields. 0aThermal conductivity. 0aDensity currents. 0aViscous flow. 0aFluid dynamics.  a7bcbccorignewd1eecipf20gy-gencatlg  2ddccBK  c355968d355968  00102ddc40708NFICaCAS-EbCAS-EcDISPLAYd2016-01-12eIqrag20006.00l0o620.11296 LAP-T 2010pCAS-E0001180r2016-01-12w2016-01-12yBK