theoretical and experimental studies on low-temperature adsorption drying of fresh ginger
xiaoxi yang wei xu jing ding yi zhao the key laboratory of enhanced heat transfer and energy conservation; ministry of education; south china university of technology; guangzhou 510640; china dongguan university of technology; dongguan; guangdong; 523106; china maoming college; maoming; guangdong; 525000; china

..............page:71-78

oscillatory flow in thermoacoustic sound wave generator
masayasu hatazawa department of engineering science; junior college of nihon university; 7-24-1; narashinodai; funabashi-city; chiba; 274-8501; japan

..............page:92-96

experimental study of aerodynamic behavior in wind tunnels with ornithopter and plane models
marie-frangoise scibilia jan wojciechowski centre national de la recherche scientifique; france. institute of aeronautics and applied mechanics; warsaw university of technology; poland.

..............page:54-58

High-Speed Visualization of Bubble Behaviors for Pool Boiling of R-141 b
yanhua diao yaohua zhao qiuliang wang institute of electrical engineering; chinese academy of sciences; beijing 100080; china the college of architecture and civil engineering; beijing university of technology; beijing 100022; china

..............page:79-84,96

numerical simulation on supersonic flow in high-velocity oxy-fuel thermal spray gun
hiroshi katanoda hideki yamamoto kazuyasu matsuo the university of kitakyushu; 1-1 hibikino; wakamatsu-ku; kitakyushu; fukuoka; 808-0135 japan

..............page:65-70

conjugate heat transfer analysis of film cooling flows
xiaochen lu peixue jiang hideaki sugishita hideyuki uechi kiyoshi suenaga department of thermal engineering; tsinghua university; beijing 100084; china takasago research and development center; mitsubishi heavy industries ltd. takasago 676-8686; japan

..............page:85-91

flow visualization around a double wedge airfoil model with focusing schlieren system
masashi kashitani yutaka yamaguchi department of aerospace engineering; national defense academy; 1-10-20 hashirimizu; yokosuka; kanagawa 239-8686; japan

..............page:31-36

impulse turbine with 3d guide vanes for wave energy conversion
manabu takao toshiaki setoguchi kenji kaneko shuichi nagata department of mechanical engineering; matsue national college of technology; 14-4 nishiikuma-cho; matsue-shi; shimane 690-8518; japan department of mechanical engineering; saga university; 1 honjo-machi; saga-shi; saga 840-8502; japan institute of ocean energy; saga university; 1 honjo-machi; saga-shi; saga 840-8502; japan

..............page:27-30

study on shock wave and turbulent boundary layer interactions in a square duct at mach 2 and 4
hiromu sugiyama ryojiro minato kazuhide mizobata akiratojo yohei muto department of mechanical systems engineering; muroran institute of technology; 27-1 mizumoto; muroran; hokkaido 050-8585; japan graduate school; muroran institute of technology

..............page:37-42

velocity measurement of induced flow by a laser focusing shock wave
hiroyuki hirahara masaru fujinami masaaki kawahashi department of mechanical engineering; saitama university; 255 shimo-okubo; sakura; saitama; 338-8570; japan. graduate school of science and engineering; saitama university; japan

..............page:48-53,26

rotating stall and stall-controlled performance of a single stage subsonic axial compressor
eisuke outa department of mechanical engineering; waseda university; tokyo; japan

..............page:1-13

assessment of linear and non-linear two-equation turbulence models for aerothermal turbomachinery flows
pascale kulisa cedric dano laboratoire de mecanique des fluides et d acoustique umr5509; ecole centrale de lyon; 69134 ecully cedex; france

..............page:14-26

flow characteristics of rectangular underexpanded impinging jets
minoruyaga yoshio kinjo masumi tamashiro kenyu oyakawa dept. of mechanical system engineering; university of the ryukyus; okinawa; 903-0213; japan mazda motor corporation; hiroshima; 730-8670; japan

..............page:59-64,30

shock wave smearing by passive control
piotr doerffer oskar szulc rainer bohning imp pan; fiszera 14; pl-80 952 gdansk; poland isl; universitat karlsruhe; karlsruhe; germany

..............page:43-47,42