development and testing of aluminum micro channel heat sink
g.kumaraguruparan and t.sornakumar department of mechanical engineering; thiagarajar college of engineering; madurai-625015; india

..............page:245-252

synchronal measurement of flow structure and heat transfer of impingement jet
shoichi matsuda1; naomichi saji2; minoru yaga1; masaaki ishikawa1 and kenyu oyakawa1 1.dept.mech.systems eng.; univ.of the ryukyus; senbaru 1; nishihara; okinawa; japan; 903-0213 2.graduate student; faculty of eng.; univ.of the ryukyus; senbaru 1; nishihara; okinawa; japan; 903-0213

..............page:228-233

investigation of coal fueled chemical looping combustion using fe_3o_4 as oxygen carrier:influence of variables
xiaoyan sun1; wenguo xiang1; sha wang3; wendong tian2; xiang xu2; yanji xu2; and yunhan xiao2 1.school of energy and environment; southeast university; nanjing 210096; china; 2.institute of engineering thermophysics; chinese academy of sciences; beijing 100080; china; 3.school of mechanical engineering; shanghai jiao tong university; shanghai 200240; china

..............page:266-275

study on the kinetic model of cr/h/air/cl mixture
xuefeng lv1; jun cai1; suyuan yu2 and haihuan zong3 1.institute of nuclear science and engineering; north china electric power university; beijing 102206; china; 2.institute of nuclear and new energy technology; tsinghua university; beijing 100084; china; 3.zhengzhou electric power college; zhengzhou 450004; china

..............page:284-288

study of choked flows through a convergent nozzle
kazunori kubo; yoshiaki miyazato and kazuyasu matsuo department of mechanical systems engineering; faculty of environmental engineering; the university of kitakyushu; 1-1 hibikino; wakamatsu-ku; kitakyushu city; 808-0135; japan

..............page:193-197

a novel approach to predict the stability limits of combustion chambers with large eddy simulation
b.pritz1; f.magagnato2 and m.gabi3 department of fluid machinery; university of karlsruhe kaiserstr.12; 76131 karlsruhe; germany

..............page:261-265

drying of flowing liquid film on rotating disk
mizue munekata1; jun nishiyama2; akira noguchi2; hiroaki kurishima3; hiroyuki yoshikawa1 and hideki ohba4 1.department of mechanical system engineering; kumamoto university; 2-39-1 kurokami; kumamoto 860-8555; japan 2.graduate school of science and technology; kumamoto university 3.tokyo electron kyushu ltd.; 1-1 fukuhara; koshi; kumamoto 861-1116; japan 4.kikuyo; kumamoto 869-1101; japan

..............page:234-238

influence of the wakes of rotating spokes on the performance of a turbine exhaust diffuser
m.kuschel and j.r.seume institute of turbomachinery and fluid dynamics; leibniz university hannover; d-30167 hannover; germany

..............page:206-210

the effect of diffuser angle on the discharge coefficient of a miniature critical nozzle
jae hyung kim1; heuy dong kim1 and toshiaki setoguchi2 1.school of mechanical engineering; andong national university; andong; 760-749; korea 2.department of mechanical engineering; saga university; 1; honjo; saga; japan

..............page:222-227

application of rainbow schlieren deflectometry for axisymmetric supersonic jets (comparison of experiments with numerical analysis)
hideki yamamoto1; masayuki irie1; yoshiaki miyazato1 and kazuyasu matsuo1 1.department of mechanical systems engineering; faculty of environmental engineering; the university of kitakyushu; 1-1 hibikino; wakamatsu-ku; kitakyushu; fukuoka 808-0135; japan

..............page:218-221

numerical analysis of the tip leakage flow field in a transonic axial compressor with circumferential casing treatment
g.legras1; n.gourdain2 and i.trebinjac1 1.lmfa-umr cnrs 5509; ecole centrale de lyon /universit lyon 1 /insa; 69134; ecully; france.2.cerfacs; computational fluid dynamics team; 31057; toulouse; france.

..............page:198-205

numerical modelling of a supersonic axial turbine stator
aki gr zuo nman; teemu turunen-saaresti; ahti jaatinen and jari backman lut energy; lappeenranta university of technology; p.o.box 20; fi-53851 lappeenranta; finland

..............page:211-217

the influence of fuel-air swirl intensity on flame structures of syngas swirl-stabilized diffusion flame
weiwei shao1; yan xiong1; kejin mu2; zhedian zhang1; yue wang1 and yunhan xiao1 1.research center for energy and power; chinese academy of sciences; beijing; china key laboratory of advanced energy and power; chinese academy of sciences; (institute of engineering thermophysics); beijing; china p.o.box 2706; beijing 100190; china 2.nanjing tianling energy tech.co.ltd; jiangsu 210018; china

..............page:276-283

mathematical simulation of lithium bromide solution laminar falling film evaporation in vertical tube
chengming shi; yang wang; huili hu and ying yang college of power engineering; chongqing university; chongqing; 400044; china

..............page:239-244

heat transfer optimization for air-mist cooling between a stack of parallel plates
roy j.issa mechanical engineering division; department of engineering and computer science west texas a&m university canyon; texas 79016; usa

..............page:253-260