thermal performance of a single-row fin-and-tube heat exchanger
sheng tang kwang-tzu yang beijing institute of control engineering; beijing 100080; china department of aerospace and mechanical engineering; university of notre dame; notre dame; in 46556 usa

..............page:172-180

aerodynamic study on supersonic flows in high-velocity oxy-fuel thermal spray process
hiroshi katanoda takeshi matsuoka seiji kuroda jin kawakita hirotaka fukanuma kazuyasu matsuo the university of kitakyushu; 1-1 hibikino; wakamatsu-ku; kitakyushu; fukuoka; 808-0135 japan takagi precision dies co.; ltd.; 2-4-1 ishidaminami; kokuraminami-ku; kitakyushu; fukuoka; 802-0836 japan national institute for materials science; 1-2-1; sengen; tsukuba; ibaraki; 305-0047 japan plasma giken co.; ltd.; 2-1-12; bijogi; toda; saitama; 335-0031 japan

..............page:126-129

the research of laminar-turbulent transition in hypersonic three-dimensional boundary layer
marat a. goldfeld evgeniy v. orlik institute of theoretical and applied mechanics; 4/1 institutskaya str.; novosibirsk 630090; russia

..............page:103-107

numerical analysis of shock induced separation delay by air humidity
piotr doerffer slawomir dykas imp pan; fiszera 14; pl-80 952 gdansk; poland institute of power engineering and turbomachinery; konarskiego 18; pl-44 100 gliwice; poland

..............page:120-125

on the pressure drop and the velocity distribution in the cylindrical vortex chamber with two inlet pipes for the control of vortex flow
akira ogawa tutomu oono hayato okabe noriaki akiba taketo ooyagi 110-0011; minowa-2-14-7; taitou-ku; tokyo; japan. e-mail: vortex-a@mud.biglobe.ne.jp students of nihon university until march of 2005; college of engineering; department mechanical engineering

..............page:162-171

internal flow simulation of high-performance solid rockets using a k- turbulence model
v.r.sanal kumar h.d. kim b.n. raghunandan t. setoguchi s. raghunathan andong national university; andong 760-749; korea indian institute of science; bangalore-560 012; india saga university; honjo-machi; saga 840-8502; japan the queen s university of belfast; northern ireland; uk

..............page:114-119

study of spiral flow generated through an annular slit
tae hun kim shigeru matsuo toshiaki setoguchi heuy-dong kim graduate school of science and technology; saga university; 1; honjo-machi; saga shi; saga 840-8502; japan department of mechanical engineering; saga university; 1; honjo-machi; saga shi; saga 840-8502; japan school of mechanical engineering; college of natural science; andong national university; 388; song cheon dong; andong; kyung pook; korea

..............page:97-102

velocity and size of droplets in dense region of diesel fuel spray on transient needle opening condition
hironobu ueki masahiro ishida daisaku sakaguchi nagasaki university; 1-14 bunkyo-machi; nagasaki 852-8521; japan

..............page:181-186

performance of a double catalyst fuel cell cathode with a tubular oxygen breathing and preliminary reduction zone
lu s a. waack bambace miriam nishimori fernando m. ramos demetrio bastos-netto instituto nacional de pesquisas espaciais-inpe; av. dos astronautas 1758; sao jose dos campos; sp; brazil; cep 12210-970. e-mail: bambace@dem.inpe.br. miriam@sci.inpe.br. fernando@lac.inpe.br instituto nacional de pesquisas espaciais-inpe; rod. presidente dutra km 40; cachoeira paulista; sp; brazil cep12630-000.

..............page:187-192

pressure measurement on casing wall and blade rows interaction of contra-rotating axial flow pump
toru shigemitsu tomoya takano akinori furukawa kusuo okuma satoshi watanabe division of mechanical engineering science; kyushu university; 6-10-1hakozaki; higashi-ku; fukuoka 812-8581; japan

..............page:142-149

numerical 3d model of viscous turbulent flow in one stage gas turbine and its experimental validation
yu.v. starodubtsev i.g gogolev v.g. solodov national technical university "khadi"; ukraine e-mail: solodov@khadi.kharkov.ua briansk state technical university bitm ; russia

..............page:136-141

phase invariant proper orthogonal decomposition for the study of a compressed vortex
julien moreau mark fogleman g. charnay j.boree institut de mecanique des fluides umr cnrs/inpt-ups 5502 all e du pr soula; 31400 toulouse; france. cornell university; ithaca; new york 14853; u.s.a. lea ensma umr 6609 cnrs futuroscope france

..............page:108-113

large eddy simulation of coherent structure of impinging jet
mingzhouyu lihua chen hanhui jin jianren fan college of mechanical and energy engineering; zhejiang university; hangzhou; china; 310027

..............page:150-155

influences of the exhaust flow on the boundary layer flow on the wafer surface in spin coating system
seiichi kimura mizue munekata hiroaki kurlshima kazuyoshi matsuzaki hideki ohba graduate school of science and technology; kumamoto university mechanical engineering and materials science; kumamoto university tokyo electron kyushu ltd. tokyo electron at ltd.

..............page:130-135

prediction of the resonance characteristics of combustion chambers on the basis of large-eddy simulation
franco magagnato bal zs pritz horst b(u| )chner martin gabi department of fluid machinery; university of karlsruhe; germany engler-bunte-institute/division for combustion technology; university of karlsruhe; germany

..............page:156-161