an analytical model based on the theory of constant heat flux ratio across the frozen layer for solving planar, cylindrical and spherical freezing problems
sui lin zheng jiang department of mechanical and industrial engineering; concordia university; 1455 de maisonneuve blvd. w.; montreal; quebec; canada h3g 1m8 flomerics inc. 257 turnpike road; southborough; ma 01772; usa

..............page:155-162

suitable heat transfer model for self-similar laminar boundary layer in power law fluids
liancun zheng xinxin zhang jicheng he department of mathematics and mechanics; university of science and technology beijing; beijing 100083; china; mechanical engineering school; university of science and technology beijing; beijing 100083; china; thermal engineering department; northeastern university; shenyang 110006; china

..............page:150-154

applications of electrical capacitance tomography in two phase flow visualization
shi liu runsheng yan haigang wang fan jiang xiangyun dong institute of engineering thermophysics; chinese academy of sciences; p.o. box 2706; beijing 100080; china

..............page:179-186

study on adsorption of water in mcm41 containing metal ions by molecular dynamic simulations
shiqiang liang jingzhong xu jian chen institute of engineering thermophysics; chinese academy of sciences; beijing 100080; china

..............page:187-192,132

study over thermal state of gas turbine engine metal-ceramic rotor blades and nozzle guide vanes under thermal shock and thermal-cyclic loading conditions
a.v.soudarev a.a. souryaninov v.ya. podgorets v.v.grishaev v.yu. tikhoplav a.s. molchanov b.v. soudarev research - engineering "ceramic heat engines" center; st.petersburg; russia

..............page:163-166

impact of wake on downstream adjacent rotor in low-speed axial compressor
xinqian zheng sheng zhou school of jet propulsion; beijing university of aeronautics and astronautics; beijing; china; 100083

..............page:114-120

three dimensional numerical investigation on the effect of wedge angle of a passage with pin-fin arrays
changming ling chunhua min thermophysics research center; zhanjiang ocean university; zhanjiang; guangdong 524025; china yixian xiao china aviation power plant research institute; zhuzhou; hunan 412002; china

..............page:138-142

laminar forced convection in curved channel with vortex structures
a.a. avramenko institute of engineering thermophysics; national academy of sciences; kiev; ukraine; present address: center for energy research; national university of mexico; ap.p. 34; 62580; temixco; mor. mexico s.g. kobzar institute of engineering thermophysics; national academy of sciences; kiev; ukraine i.v. shevchuk institute of engineering thermophysics; national academy of sciences; kiev; ukraine a.v. kuznetsov dept. of mechanical and aerospace engineering; north carolina state university; campus box 7910; raleigh; nc 27606-7910; usa b.i. basok institute of engineering thermophysics; national academy of sciences; kiev; ukraine

..............page:143-149,162

aiteb - an european research project on aero-thermodynamics of turbine endwalls and blades
f. haselbach h.-p. schiffer rolls-royce deutschland; turbines; eschenweg 11; 15827 dahlewitz; germany

..............page:97-108

experimental and numerical simulations of flow and heat transfer in heat exchanger elements using liquid crystal thermography
jan stasiek michele ciofalo maciej wierzbowski heat technology dept.; gdansk univ. of technology; narutowicza 11/12; 80-952 gdansk; poland university of palermo; dipartimento ingeneria nucleare; viale delle scienze; i-90128 palermo; italy

..............page:133-137

grid generation and numerical analysis of multi-stream flow in the complex channel with a forced mixer lobe
suofang wang liguo li jingzhou zhang college of energy and power engineering; nanjing university of aeronautics and astronautics; nanjing 210016; china

..............page:167-173

two-phase flow patterns in a square mini-channel
jianfu zhao gang liu bin li national microgravity laboratory; institute of mechanics; chinese academy of sciences; beijing 100080; china.

..............page:174-178

computational fluid dynamics benchmark of an impulse turbine with fixed guide vanes
ajit thakker fergal hourigan t.setoguchi m.takao wave energy research team; department of mechanical and aeronautical engineering; university of limerick; limerick; ireland department of mechanical engineering; saga university; 1 honjo-machi; saga-shi; saga 840-8502; japan department of control engineering; matsue national college of technology; 14-4; nishiikuma-cho; matsue-shi; shimane; 690-8518; japan.

..............page:109-113,108

relation between the three-dimensional flow structure and aerodynamic sound generated from inclined circular cylinder
mitsuru shingai yasutake haramoto kazuyoshi matsuzaki mizue munekata hideki ohba dept. of mechanical engineering and materials science; kumamoto university; kurokami 2-39-1; kumamoto; 860-8555; japan mitsui miike machinery co.; ltd; asahi-machi 2-28; ohmuta; fukuoka; 836-8588; japan

..............page:127-132

effect of axisymmetric sonic nozzle geometry on characteristics of supersonic air jet
shigeru matsuo masanori tanaka yumiko otobe hideo kashimura heuy-dong kim toshiaki setoguchi department of mechanical engineering; saga university; 1; honjo-machi; saga-shi; saga 840-8502; japan department of control and information systems engineering; kitakyushu national college of technology; 5-20-1; shii; kokuraminami-ku; kitakyushu-shi; fukuoka 802-0985; japan school of mechanical engineering; college of natural science; andong national university; 388; song-cheon dong; andong; kyung-pook; korea

..............page:121-126