research on the heat-conduction enhancement for liquid with nano-particle suspensions
b.x. wang h. li x.f. pengdepartment of thermal engineering; tsinghua university; beijing; 100084; p.r. china

..............page:214-219

two-dimensional fin efficiency of plate fin-tube heat exchangers under partially and fully wet conditions
jiin-yuh jang chien-nan lindepartment of mechanical engineering; national cheng-kung university; 70101 tainan; taiwan; china e-mail: jangjim@mail.ncku.edu.tw

..............page:249-254

momentum and heat transfer in laminar boundary layer behind shock wave
liancun zheng xinxin zhang jicheng hedepartment of mathematics & mechanics; university of science and technology beijing; beijing 100083; china; e-mail: zliancun@263.netmechanical engineering school; university of science and technology beijing; beij

..............page:255-258

convective drying of sludge cake
jianbo chen xiaofeng peng yuan xue duujong lee chingping chu thermal engineering department; tsinghua university; 100084 beijing; china e-mail: cjb2000@mails.tsinghua.edu.cn department of chemical engineering; national taiwan university; taipei; t

..............page:277-282

advances in centrifugal separators for particulate matter control from stationary sources
z.c. tan yuanhui zhanguniversity of illinois; 1304 w pennsylvania ave. ste. 332; urbana; il 61801. usa. phone: (217) 244-6316; fax: (217) 244-0323; email: ztanl@uiuc.edu

..............page:283-288

application of optimization technology for ratio of air to fuel combining feedforward with feedback in heating furnace
hongxiang zhu zhi wen xinli wang hai xu shuming taoschool of mechanical engineering; university of science and technology beijing; 100083 beijing; chinabaoshan iron and steel ltd. co. 201900 shanghai; china; e-mail: wenzhi@me.ustb.edu.cn

..............page:271-276

forced convective heat transfer and pressure drop of air flowing in a rectangle duct with cross-ribs on the opposite walls
b. deng t. t. wong w. q. taoschool of power and energy; xi an jiaotong university; xi an; shaanxi; chinadepartment of mechanical engineering; the hong kong polytechnic university; hung horn; kowloon; hong kong; email: wqtao@mail.xjtu.edu.cn

..............page:259-270

enhanced heat transfer with full circumferential ribs in helical pipe
s.w. chang l.m. su t.l. yangdepartment of marine engineering; national kaohsiung institute of marine technology; no.142; hai-chuan road; nan-tzu district; kaohsiung; 811; taiwan; chinaassociate professor; department of electrical engineering; tong fan

..............page:241-248

performance optimization for an irreversible quantum stirling cooler
zhuming huang feng wu lingen chen chih wu fangzhong guodepartment of physics and heat engineering; wuhan institute of chemical technology; wuhan 430073; china; e-mail: wufeng@mail.whict.edu.cn faculty 306; naval academy of engineering; wuhan 43

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

experimental investigation of local heat transfer and skin friction in tube coils
povilas poskas robertas poskaslithuanian energy institute; breslaujos 3; lt - 3035 kaunas; lithuania

..............page:235-240

Features of Boiling on an Artificial Surface - Bubble Formation, Wall Temperature Fluctuation and Nucleation Site Interaction
m.shoji r.mosdorf l.zhang y.takagi1 k. yasui m. yokotadepartment of mechanical engineering; the university of tokyo; 7-3-1 hongo; bunkyo-ku; tokyo 113-8656; japan; phone & fax: +81-3-5800-6987; e-mail: shoji@photon.t.u-tokyo.ac.jpfaculty of comp

..............page:226-234

transient evolution of inter vessel gap pressure due to relative thermal expansion between two vessels
k.natesan p. selvaraj p. chellapandi s.c. chetalmechanics and hydraulics division; indira gandhi centre for atomic research; kalpakkam - 603102; india; phone : 91-4114 - 480106; fax : 91 - 4114 - 480368; e-mail: natesan@igcar.ernet.in

..............page:220-225

numerical and experimental studies of 3d hypersonic inlet
marat a. goldfeld roman v. nestouliainstitute of theoretical and applied mechanics; 4/1; institutskaya str.; novosibirsk 630090; russia.

..............page:198-206,219

effects of hub-to-tip ratio and tip clearance on hysteretic characteristics of wells turbine for wave power conversion
tae-ho kim yoichi kinoue toshiaki setoguchi kenji kanekodepartment of mechanical engineering; saga university; 1; honjo-machi; saga-shi; saga; 840-8502; japan

..............page:207-213