01829mam a2200349 a 45000010008000000030004000080050017000120080041000290100017000700200025000870350020001120350023001320350017001550400018001720500020001900820020002101000050002302450085002802500012003652600037003773000034004144900065004485040054005135050549005676500020011166500018011368300066011549420012012209990019012329520114012519520114013651728040OSt20151014113108.0890614s1990    nyua     b    001 0 eng    a   89012442   a0070016739 :c$49.95  a(OCoLC)19981293  a(OCoLC)ocm19981293  a(NNC)1728040  aDLCcDLCdCPO00aQA911b.A6 199000a629.132/3232201 aAnderson, John D.,cJr.q(John David),d1937-10aModern compressible flow :bwith historical perspective /cJohn D. Anderson, Jr.  a2nd ed.  aNew York :bMcGraw-Hill,cc1990.  axix, 650 p. :bill. ;c25 cm.1 aMcGraw-Hill series in aeronautical and aerospace engineering  aIncludes bibliographical references (p. 639-644).0 aCompressible flow -- Integral forms of the conservation equations for inviscid flows -- One-dimensional flow -- Oblique shock and expansion waves -- Quasi-one-dimensional flow -- Differential conservation equations for inviscid flows -- Unsteady wave motion -- General conservation equations revisited -- Linearized flow -- Conical flow -- Numerical techniques for steady supersonic flow -- Time-marching technique -- Three-dimensional flow -- Transonic flow -- Hypersonic flow -- Properties of high-temperature gases -- High-temperature flows. 0aFluid dynamics. 0aGas dynamics. 0aMcGraw-Hill series in aeronautical and aerospace engineering.  2lcccBK  c250633d250633  00102lcc40708NFICa40404b40404cGENd2015-10-14l0oQA911 .A6 1990p20089227r2015-10-14w2015-10-14yBK  00102lcc40708NFICa40404b40404cGENd2015-10-21l0oQA911 .A6 1990p20089235r2015-10-21w2015-10-21yBK