How to Write a Manuscript of Dennetsu Taro DENNETSU (Dennetsu University) Microsoft Word 1 [1][2,4] 1 [6-10] A4 (210mm297mm) 30mm 20mm (Therm Sci Eng
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1 Journal of the Heat Transfer Society of Japan
2 How to Write a Manuscript of Dennetsu Taro DENNETSU (Dennetsu University) Microsoft Word 1 [1][2,4] 1 [6-10] A4 (210mm297mm) 30mm 20mm (Therm Sci Eng ) mm 10 ( mm)8 (JICST) mm 10mm 10 ( mm) (Windows) MS (Macintosh) [1] B (Windows) MS (1999), (Macintosh) [2] Incropera, F P and Dewitt, D P, Fundamentals of Heat and Mass Transfer, John Wiley & Sons Times New Roman Symbol (1976) ( =5271mm) [3] Smith, A et al,therm Sci Eng, 7-5 (1999), [4] (1980) 1 MS-WORD
3 Vol No 174 May
4
5 Journal of The Heat Transfer Society of Japan Vol42, No174, May 2003 CONTENTS < Manufacturing and Heat Transfer IV > Activitis on Manufacturing and Heat Transfer Education in Kanto & Tokai Branch Takayoshi INOUE (Tokyo Institute of Technology) 1 Mechanical Design Project : Past and present of design engineering education at Dept of Mech Engr and Sci, Tokyo Inst of Tech and heat transfer education Kazuyoshi FUSHINOBU, Mechanical Design Project instructors (Tokyo Institute of Technology) 2 Open and Practical Education for Manufacturing in Heat and Energy Engineering Junji MIMATSU (Gifu University) 4 Manufacturing and Education/ Research at Department of Mechanical Engineering, Kogakuin University Hiroyasu OHTAKE and Yasuo KOIZUMI (Kogakuin University) 7 Can "Manufacturing controls Heat Transfer? Takabumi NAKAHARA (Aichi Institute of Technology) 9 Keyword : 3-D Kenichi P KOBAYASHI (Meiji University) 13 Soft and Hard Koichi ICHIMIYA (University of Yamanashi) 15 Open Campus for Beginners -Observation of Heat Transfer- Katsunori HANAMURA (Tokyo Institute of Technology) 17 Eco Design with Life Cycle Assessment Seizo KATO (Mie University) 19 Trial of Education program for Open-ended Subject in Faculty of Engineering, Nagoya University; Think about the Ice Solving Process Noriyuki KOBAYASHI (Nagoya University) 21 Manufacturing Technologies for Absorption Refrigerating machine Yoshifumi KUNUGI (Kunugi Professional Office) 23 Heat Transfer and Manufacturing - Air Conditioning and Refrigerating Machines - Fumio MATSUOKA (Mitsubishi Electric Corporation) 28 From my Experience in Development of Heat-transfer-improved Tubes Masaaki ITOH (Professional Engineer Office) 32 a freezing of Cooked Rice Tomoko MAEDA (Mayekawa CoLtd) 36 Heat Transfer in Laser Printers Teruaki MITSUYA and Heigo UEKI (Hitachi Printing Solutions, Ltd) 39 Haze appearing in indoor ice skate links Yoshihisa FUJII and Satoshi TOGARI (Kajima Corporation) 43 Research of heat exchanger for CO2 heat-pump water-heating system Ken YAMAMOTO, Takeshi OKINITANI & Toshio OHARA (DENSO Corp,R&D) 47
6 Brazing Plate Heat Exchanger for Gas-engine Driven Heat Pumps Masaru AIMI(Toho Gas Co, Ltd) 51 Development of Heat Pump Air Conditioners and Chillers Choyu WATANABE (Chubu Electric Power Co Inc) 54 < Technique series for overseas travel III> Secret technique for a trip (1 Tools) Toshitsugu HARA (Nippon Inst of Tech) 57 <Report of Branch> 59 <Calendar> 65 <Announcements> 67
7 Activitis on Manufacturing and Heat Transfer Education in Kanto & Tokai Branch Takayoshi INOUE (Tokyo Institute of Technology) CPU -1- Jour HTSJ, Vol 42, No 174
8 Mechanical Design Project : Past and present of design engineering education at Dept of Mech Engr and Sci, Tokyo Inst of Tech and heat transfer education Kazuyoshi FUSHINOBU, Mechanical Design Project instructors (Tokyo Institute of Technology) TLO TA 14 TA
9 TLO TLO 9-3- Jour HTSJ, Vol 42, No 174
10 Open and Practical Education for Manufacturing in Heat and Energy Engineering Junji MIMATSU (Gifu University) CADCAE CAE PC or
11 dt q = κ dn PC -5- Jour HTSJ, Vol 42, No 174
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12 10 10 e-campus IT NEDO IT IT [1] mo_indexhtml [2] [3] [4] ecampus [5] DMRChttp://unitaistgojp/digital-mfg/indexhtml
13 Manufacturing and Education/ Research at Department of Mechanical Engineering, Kogakuin University Hiroyasu OHTAKE and Yasuo KOIZUMI (Kogakuin University) Teaching Assistant Techno Creation Center TECC TECC -7- Jour HTSJ, Vol 42, No 174
14 CAD MEMS
15 Can "Manufacturing controls Heat Transfer? Takabumi NAKAHARA (Aichi Institute of Technology), 30, 8,,,,,,,, [1], 1,,,, [2],,, [3],,,, [4] W/cm 2-9- Jour HTSJ, Vol 42, No 174
16 1990 3W/cm
17 1) A1A2,B1B2 45 [5],[6]20 2 (3-1) ) A2-A3B2-B3 A2-A4 B2-B4 (3-2 ) [7], , 3) A3-A4B3-B4, Colburn A3-A5 B3-B5 1 2 ( 3-3 ) [6], ,, 3 [6],[8] 3-1 A1-A3 B1-B3 A1(B3)-A2-A3(B1)-B Jour HTSJ, Vol 42, No 174
18 1, 4, 4 A,B 1,2 [1] Jour HTSJ, Vol42, No172 (2003) ,2 90 [2],,,,,,,,, A,B 3 V0l22, No3, (1985-5) , [3],,, (1986) [4], Jour HTSJ, Vol41, No167 (2002) 1-9 [5] Nakahara,T, Hattori,T, 2nd Int Symp on Advanced Energy Conversion and Related Technologies ( ) [6] Nakahara,T, Hattori,T, Recent Advances in Transport Phenomena ELSVIER (2000) [7] (1968) [8] Nakahara,T, Hayashi H, 3rd Int Symp on Advanced Energy Conversion Systems and Related,, Technologies ( )
19 Keyword : 3-D Kenichi P KOBAYASHI (Meiji University) CAD CAE CAM NC CAE CAD CAD / CAM / CAE CAD CAD CAE CAD CAM CAM CAD NC CAD CAM CAD CAD CAD CAE CAM Jour HTSJ, Vol 42, No 174
20 NC CAD X-Y Z Windows NC CAD NC G CAD 1 CAE CAD CAD CAE 5 1 Windows CAE
21 Soft and Hard Koichi ICHIMIYA (University of Yamanashi) (1) (2) (3) (4) Jour HTSJ, Vol 42, No 174
22 (a)-(e)
23 Open Campus for Beginners -Observation of Heat Transfer- Katsunori HANAMURA (Tokyo Institute of Technology) T 10 T Jour HTSJ, Vol 42, No 174
24
![Eco Design with Life Cycle Assessment Seizo KATO (Mie University) Standard ) 100[NETS] P i [kg,kwh,m 3, etc] ELM i [NETS/(kg,kWh,m 3, etc)]elv i P i i LCA-NETS LCA(Life Cycle Assessment) 23 1 QA ICON](/docs-images/92/109229219/images/25-0.jpg "LCA ISO14040 LCA [1] LCA [2,3] LCA-NETS LCA-NETS [2,3] Loader LCA-NETS Receiver L P i R MEV i MEV i =PiELMi ICON Q/A ELV i [NETS] (NETS: Numerical Eco-load Total [4,5,6] -19- Jour HTSJ, Vol 42, No")
25 Eco Design with Life Cycle Assessment Seizo KATO (Mie University) Standard ) 100[NETS] P i [kg,kwh,m 3, etc] ELM i [NETS/(kg,kWh,m 3, etc)]elv i P i i LCA-NETS LCA(Life Cycle Assessment) 23 1 QA ICON LCA ISO14040 LCA [1] LCA [2,3] LCA-NETS LCA-NETS [2,3] Loader LCA-NETS Receiver L P i R MEV i MEV i =PiELMi ICON Q/A ELV i [NETS] (NETS: Numerical Eco-load Total [4,5,6] -19- Jour HTSJ, Vol 42, No 174
![LCA (a) Eco-Load[NETS] [1] (1999) [2] LCA No0159 100 2001 17 [3] LCA-NETS 4 55-32003 325-333 [4,5,6] [4] Widiyanto, A, Kato, S and Maruyama, N, Life Cycle Assessment Estimation for Eco-Management of](/docs-images/92/109229219/images/26-0.jpg "Co-Generation Systems, Trans ASME, J Energy Resources Technology, Vol 123, (2001), 15-20 [5] Widiyanto, A, Kato, S and Maruyama, N, A LCA LCA/LCC Optimized Selection of Power Plant System with")
26 LCA (a) Eco-Load[NETS] [1] (1999) [2] LCA No [3] LCA-NETS [4,5,6] [4] Widiyanto, A, Kato, S and Maruyama, N, Life Cycle Assessment Estimation for Eco-Management of Co-Generation Systems, Trans ASME, J Energy Resources Technology, Vol 123, (2001), [5] Widiyanto, A, Kato, S and Maruyama, N, A LCA LCA/LCC Optimized Selection of Power Plant System with Additional Facilities Options, Trans ASME, J Energy Resources Technology, Vol 124, (2002), [6] Widiyanto, A, Kato, S Maruyama, N and Kojima, Y, Environmental Impact of Fossil Fuel Fired Co-Generation Plants Using a Numerically Standar- dized LCA Scheme, Trans ASME, J LCA-NETS Energy Resources Technology, Vol 125, (2003),
27 Trial of Education program for Open-ended Subject in Faculty of Engineering, Nagoya University; Think about the Ice Solving Process Noriyuki KOBAYASHI (Nagoya University) l I II mm 100mm 50mm III Jour HTSJ, Vol 42, No 174
28 1 150ml l l F
29 Manufacturing Technologies for Absorption Refrigerating machine Yoshifumi KUNUGI (Kunugi Professional Office), IT,,,,,,,,,,,,,,,,,, (1),,,,,, 35, (2), 365,,,,,,,,,,, 60%, (1),,,, 087,, kpa,,,,,,,,, (2),, (3),,,, (4),,, 74 kpa, 73 kpa, NPSH -23- Jour HTSJ, Vol 42, No 174
30 , (1),, (2) (3),, (4),,,, C, G,, E, A,,, (5),,,,,,,, (6),,, (7),,, PS NPSH,,,,,, (8),,,,,,,,,, (1),,, (2),,,,, (3),, (4),, (5),, (6),,,,,,,,,
31 ,,, C G, E A,,,,, T,,,,,,,, SW X,, SS SW, RL, V, V, M, GD,,,,,,,,,,,,,, HG,,,,,,, LG C, E A,,,,, X B,,,,,, HG,,, -25- Jour HTSJ, Vol 42, No 174
32 ,,,,,,,,,,,,,,,,,,,,,
33 (1) CSS, Constant Curvature Surface,,,,,, (2), (3),,,, (4), (5),,,,,,,,,,,,,,,,,,,, kw/kg,,,,, [1],,, 33(1994), [2],, (2001), , [3],, (2002), A, B, C, CP, E, G, GD, HG, LG,, M, PR, PS, RL, SS, SW, T, V, X -27- Jour HTSJ, Vol 42, No 174
34 Heat Transfer and Manufacturing - Air Conditioning and Refrigerating Machines - () Fumio MATSUOKA (Mitsubishi Electric Corporation) 3 (1) (, ) (2)(,, ) (3) (,, ) (4) COP (5) (6) ( ) (7) (8) COP kW (1) ( COP 527, ) 1 2 (2) ( ) (3) (4) (5) (6)DC (7) (8) 1 CO2 CO2 COP5 30% COP %
35 CO2 COP5 COP COP (COP) % 10% 3% ( 40 ) 30% 75% 15% 10% [1] 50%(5 ON 5 OFF)ON/OFF % 60 COP 14% 40 0cc/h 1 20 ON/OFF (5 ON5 OFF) () [2] COP 2855(100% 2461(86%) COP Hz120Hz 3 (W/ 1 ) ON Jour HTSJ, Vol 42, No 174
36 AO U ON/OFF Ga ε i = ( iea ieo ) ( iea iet ) = 1 e i ET 100% Ao[m 2 ] U[kg/cm 2 s] 2 Qa = Ga ( iea iet ) ε i Ga ε i Qa i ea ET i ET DC fz Q G[Kg/h] f z ET1 ET2 6 1 X 1 X 2 SHF( ) G = vst 3600 f z ηv v Vst[cc=cm 3 g ] f z i ea φ =100% [ /] v g [m 3 X /kg] 1 [kg/k g] η v i eo T eout2 T ea X 2 G i ET1 ε i 2 ε i X1 1 Q[kW] T eout1 1 Tc Te T 1kg e1 5 f z ET1 ET2 T [] T e2 P 6 [MPa] T c T e f Z =120Hz COP P T c H [kj/kg] [MPa] f Z =8Hz T e H [kj/kg] 5ON/OFF Qa[kW] SHF Q ( ) a = Ga iea ieo Ga[kg/] i ea [kj/kg] COP [kw] i eo [kj/kg] ε i COP
37 SHF ( ) EV2S COP EV1 EV2 No1 No2 EVOG EVOS No2 EV1G EXPVO No1 EV1S EXPV1 EV1 No2 H [kj/kg] EXPV2 EV IT 1 EV1G 2 EXPV1 [1] [2] EXPV No1 P [MPa] EV2G EV2S -31- Jour HTSJ, Vol 42, No 174
38 From my Experience in Development of Heat-transfer-improved Tubes Masaaki ITOH (Professional Engineer Office) (a) (b) 1975 (a) (b)
![[1] (a) [2] (b) (a) -33-](/docs-images/92/109229219/images/39-0.jpg "Jour HTSJ, Vol 42, No")
39 [1] (a) [2] (b) (a) -33- Jour HTSJ, Vol 42, No 174
40 127mm (b) [3] 953mm 7mm 7mm (Microfin tube) [3] 1980 R12 R134a R22 R407C R407C
41 (b) [] (a) (b) [1] [] B (1997) 2436 [2] [] [3] [4] [5] (a) [6] [] [7] -35- Jour HTSJ, Vol 42, No 174
42 a Freezing of Cooked Rice Tomoko MAEDA (Mayekawa CoLtd)
43 200gPP 30mm Jour HTSJ, Vol 42, No 174
44 5A [1] New Food Industry(1995) [2] [3] (2000)
45 Heat Transfer in Laser Printers Teruaki MITSUYA and Heigo UEKI (Hitachi Printing Solutions, Ltd) µ µ µ -39- Jour HTSJ, Vol 42, No 174
46 µ x A 3 B Q (KJ/m 2 ) P (N/m 2 ) [1] Q P Q A B Q P
47 200 [2] Q P 200 CAD CAE 30 [1] -41- Jour HTSJ, Vol 42, No 174
![[3] [1], Vol74, pp326-331](/docs-images/92/109229219/images/48-0.jpg "(2001) [2] Japan Hard Copy")
48 [3] [1], Vol74, pp (2001) [2] Japan Hard Copy 2000 Fall Meeting pp16-19(2000) [3] pp (1996)
49 Haze appearing in indoor ice skate links, Yoshihisa FUJII and Satoshi TOGARI (Kajima Corporation) D α c C = λ h D TV C T H L R X sat (T W ) D h D R W m 8 2 [2] X X sat [1] dx dx sat dy y=0 dy y=0 32 X R X W H L X sat ( TW ) C 2 T T RT R W W -43- Jour HTSJ, Vol 42, No 174
50 ,000
![4 4 He-Ne [4] -45-](/docs-images/92/109229219/images/51-0.jpg "Jour HTSJ, Vol 42, No")
51 4 4 He-Ne [4] -45- Jour HTSJ, Vol 42, No 174
![7000 41 41g/kg(DA) 15 50g/kg(DA) [1] B 46-412(1980) [2]](/docs-images/92/109229219/images/52-0.jpg "79(2000) [3] 73-11(1999) [4] (1994-5) [5] B 61-591(1995) [5]")
52 g/kg(DA) 15 50g/kg(DA) [1] B (1980) [2] 79(2000) [3] 73-11(1999) [4] (1994-5) [5] B (1995) [5]
53 CO 2 Research of heat exchanger for CO 2 heat-pump water-heating system,, ( ) Ken YAMAMOTO, Takeshi OKINITANI & Toshio OHARA (DENSO Corp,R&D), 2 3 Fig1 Refrigerant cycle diagram () ( CO ),, CO, CO,, Fig2 Comparison of CO2 & Fluorocarbon refrigerant CO Fig1 Fig3 Fig4 Fig2-47- Jour HTSJ, Vol 42, No 174
![Fig6, 150, Petukhov,SINTEF, ( ), Tem perture []](/docs-images/92/109229219/images/54-1.jpg "Fig6 Heat transfer coefficient of CO2 Ultra")
54 1 CO 2 Water Water CO 2 Fig3Water CO 2 Refrigerant Heat exchanger Water CO 2,,,, [4] Fig6, 150, Petukhov,SINTEF, ( ), Tem perture [] Fig6 Heat transfer coefficient of CO2 Ultra critical point,,,, 3 Fig 5 Heat transfer coefficient of offset fin 2 d Fig4 Double tube type Heat exchanger
55 4, Capillary tube,fig7 3 Header, Plate,03mm, 05mm Fig7 Performance & Tube diameter Fig9 Construction heat exchanger,,, Slit,Fig8,Fig9,,, 10mm 05mm Fig10 Header & capillary tube 150,,,Fig10,150, Offset fin Plate Fig8 Offset fin Fig11 Assembly heat exchanger -49- Jour HTSJ, Vol 42, No 174
56 Fig11, 118,Fig12 ( ) () Fig12 A cross section of new type Heat 7 Table1 Fig13Temperature distribution Table 1 Evaluation of performance, [1] (555) 90, (2001) [2] Preliminary Proceedings of the 4th IIR-Gustav Fig13 Lorentzen Conference on Natural Working Fluids,5 atpurdue, (WestLafayette, USA, JULY,2000),, (2000) [3] 39(3) 1,(2001) [4], 2000,5(2000),
57 Brazing Plate Heat Exchanger for Gas-engine Driven Heat Pumps Masaru AIMI(Toho Gas Co, Ltd) LPG Outdoor-unit heat exchanger Radiator Ambient air Indoor-unit Brazing plate heat exchanger Refrigerant piping Gas engine Compressor Fig Jour HTSJ, Vol 42, No 174
58 R-407C b 50 r 150kg/h ( 0 ) 64kW c 55 w 21m 3 /h 3MPa 5060 Fig 4 Fig 3 ( ) d 523 a MPa 00005MPa 125m 2 642kW Photo 1 Photo
![1252 Photo 1 Table 1 1 2 3 Re a[] 560 519 628 Nu](/docs-images/92/109229219/images/59-0.jpg "b[] 380 373 373 r [kg/h] 204 219 181 [kw] 104")
![108 97 c [] 696 650 767 d [] 646 600 718 [kw/m 2](/docs-images/92/109229219/images/59-1.jpg "] 047 054 038 Table 1-53- Jour HTSJ, Vol 42, No")
59 1252 Photo 1 Table Re a[] Nu b[] r [kg/h] [kw] c [] d [] [kw/m 2 ] Table Jour HTSJ, Vol 42, No 174
60 Development of Heat Pump Air Conditioners and Chillers Choyu WATANABE (Chubu Electric Power Co Inc) 40% R407C kW 14kW 5,
61 11 4 COP ,450kcal 1kWh 2,300kcal 1Nm 3 11,000kcal R410A COP COP Jour HTSJ, Vol 42, No 174
62 HFC 10,
63 Secret technique for a trip (1 Tools) Toshitsugu HARA (Nippon Inst of Tech) -57- Jour HTSJ, Vol 42, No 174
64
65 Report of Tokai Branch Kenzo KITAMURA (Toyohashi Univ of Tech) :3017: :0016: (1) ( ) (2) (3) (4) (1) (2) (3) (4) -59- Jour HTSJ, Vol 42, No 174
66 Report of Tokai Branch Takayoshi TAKANO (Toyota Technological Institute) :30-16:
67 092 3kW 6kW-H2/L -61- Jour HTSJ, Vol 42, No 174
68 Report of Kyushu Branch Koji TAKAHASHI (Kyushu University) :3017:00 5 3F 1 / :0017:00 2 1Application of fractional calculus in viscoelastic fluid 3 dynamics and heat transfer 2 Nucleate Boiling on Thin Plates -Interpretation of Wall Temperature Measurements- 4 David B Kenning (Oxford University)
69 Report of Hokuriku-Shinetsu Branch Toshihiro IWAKI (Toyama University) () ( ) 6 ( 14 ) ( 15 ) ( ) [ ]Particle Image Velocimetry 6 ( ) ( ) [ ] 40 ( ) [ ] ( ) ( ) ( ) ( ) ( ( )) ( ) ( ) [ ] Volume of Field ) ( ) ( ) ( * ( ) ( ) [ ] -63- Jour HTSJ, Vol 42, No 174
70 ( ) * ( ) ( ) ( ) ( ) ( ) [ ] * ( ) ( ) ( ) [ ] * ( ) ( ) ( ) ( ) [ ] * ( ) ( ) ( ) ( ) [ ] 2 25W 35W * ( ) ( ) ( ) ( ) ( ) [ ]
71 symp40htm -65- Jour HTSJ, Vol 42, No 174
72 Nishi-Shinjuku, Shinnjuku-ku,Tokyo ,Japan
73 ,, Phone/Fax URLhttp://www1mechkyoto-uacjp/lab/yoshida/seminar/ -67- Jour HTSJ, Vol 42, No 174
74 (1) 40 (2) (1) (2) (3) (4) (5) 1000 (6) 1000 (7) 1000 (8) (9) FAX ayoshida@energyosakafu-uacjp
75 -69- Jour HTSJ, Vol 42, No 174
76 ,THERMAL SCIENCE AND ENGINEERING JIS-
77 ) ) ) ) THERMAL SCIENCE AND ENGINEERING ) TEL, FAX htsj@asahi-net nejp HP: THERMAL SCIENCE AND ENGINEERING TEL: FAX: motizuki@cctuatacjp -71- Jour HTSJ, Vol 42, No 174
78
79 ( ) TEL 10 FAX B C THERMAL SCIENCE AND ENGINEERING THERMAL SCIENCE AND ENGINEERING -73- Jour HTSJ, Vol 42, No 174
80 >
81
82
83 Tel : Fax : takimoto@tkanazawa-uacjp
84 F Tel / Fax : Copyright Clearance Center, Inc(CCC) 222 Rosewood Drive, Danvers, MA USA Phone : Fax : Notice about photocopying In order to photocopy any work from this publication, you or your organization must obtain permission from the following organization which has been delegated for copyright for clearance by the copyright owner of this publication Except in the USA The Copyright Council of the Academic Societies (CCAS) 41-6 Akasaka 9-chome, Minato-ku, Tokyo Japan Phone / Fax : In the USA Copyright Clearance Center, Inc (CCC) 222 Rosewood Drive, Danvers, MA USA Phone : Fax : ISSN Journal of The Heat Transfer Society of Japan Vol 42, No (5689) (5689) Published by The Heat Transfer Society of Japan 16-16, Yushima 2-chome, Bunkyo-ku, Tokyo , Japan Phone / Fax :
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Journal of the Heat Transfer Society of Japan How to Write a Manuscript of Dennetsu Taro DENNETSU (Dennetsu University) Microsoft Word 1 1 A4 (210mm297mm) 30mm 30mm 20mm 20mm 1 45mm 1 2.2 http://www.htsj.or.jp/
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