SUMMARIES OF TECHNICAL PAPERS OF ANNUAL MEETING

Architectural Institute of Japan (ENVIRONMENTAL ENGINEERING II)

  1. Difference of human response by the body area exposed to airflow Kubo Hiroko, Isoda Norio, Gohara Taemi and Yanase Takuko, pp.363-364, August 1995
  2. Study on the effect of air flow for the thermal sensation and thermal comfort in summer conditions. Part 1 Outline of experiment and the change of thermal sensation and thermal comfort on standing. Nagai Chikako, Ito Naoaki, Sunaga Nobuyuki, Muro Keiko, Hori Yuji, pp.365-366, August 1995
  3. Study on the effect of air flow for the thermal sensation and thermal comfort in summer conditions. Part 2 The effects of air velocities for the thermal sensation and thermal comfort on the pre-chamber. Hori Yuji, Ito Naoaki, Sunaga Nobuyuki, Muro Keiko, Nagai Chikako, pp.367-368, August 1995
  4. Effect of spot airflow on human body in summer Gohara Taemi, Ishii Akiko, Kubo Hiroko, Isoda Norio, Yanase Takuko, pp.369-370, August 1995
  5. Effect of air movement in hot enviroment Ogasawara Kazutaka et al., pp.371-372, August 1995
  6. Studies on evaluation of thermal environments attended with fluctuating air movement (Part 5) Saito Motoyuki et al., pp.373-374, August 1995
  7. Effects of fluctuating air movement on thermal comfort (Part 7 Convective heat transfer coefficient for constant and Fluctuating air movement) Kuwasawa Yasuo, Saito Motoyuki, Kamata Motoyasu and Chida Yoshitaka, pp.375-376, August 1995
  8. A vergion of the HSMAC method applied to the regular grid system Kurabuchi Takashi and Matsuo Yoh, pp.565-566, August 1995
  9. On the MINI element and a stabilized finite element method for imcompressible fluid Yamada Takahiro, pp.567-568, August 1995
  10. Application of the structured adaptive grid generation system to incompressible flow calculation. Imano Masashi et al., pp.569-570, August 1995
  11. Numerical analysis of airflow around a building using composit grid coordinate systems -Studies and test calculations of an algorithm with a BFC grid coordinate system- Sano Hitomi, Suwa Yoshihide, Fujii Shuji and Yuasa Kazuhiro, pp.571-572, August 1995
  12. 3-D numerical simulation of turbulent airflow around buildings using fortified solution algorithm based on composite system (part 4) Study on flow grid field around a cubic model using revised k-ƒÃ model Ishida Yoshihiro et al., pp.573-574, August 1995
  13. Direct numelical simulation for flow fields using parallel processing (part 4) Analysis of turbulent channel flow with mult-block system Miura Nobuhiro, Kato Shinsuke and Murakami Shuzo, pp.575-576, August 1995
  14. Dynamic mixed LES of flow and diffusion fields around a cube (part1) Comparison of velocity, pressure and turbulent energy with wind tunnel test Tominaga Yoshihide, Murakami Shuzo and Mochida Akashi, pp.577-578, August 1995
  15. Dynamic mixed LES of flow and diffusion fields around a cube (part2) Prediction of passive scalar diffusion using composite grid technique Mochida Akashi, Murakami Shuzo and Tominaga Yoshihide, pp.579-580, August 1995
  16. Large eddy simulation of turbulent flow past 2D square cylinder using dynamic SGS model (part2) Prediction based on dynamic mixed SGS model Iizuka Satoru, Murakami Shuzo, Mochida Akashi and Tominaga Yoshihide, pp.581-582, August 1995
  17. LES of turbulent flow past 2D square cylinder using dynamic SGS model (part 3) Prediction based on lagrangian dynamic SGS model Kobayashi Hikaru et al., pp.583-584, August 1995
  18. Numerical simulation of indoor air flow caused by cross-ventilation Part 15 In the case of a side wall outlet Nomura Kouji, Katayama Tadahisa, Hayashi Tetsuo, Tsutsumi Jun-ichiro and He Ping, pp.585-586, August 1995
  19. Study on room ventilation system utilized suction vortex (Part 6) Numerical analysis of change over time of swirling airflow distribution from stationary state to formation of single and pair suction vortex Nagano Shin-ichiro, pp.587-588, August 1995
  20. Evaluation of multizone air flow model using sensitivity analysis Zhao Yun and Yoshino Hiroshi, pp.589-590, August 1995
  21. Study on computational thermal manikin (Part3) Prediction of convective heat transfer at skin surface of thermal manikin whithin upward and downward uniform flow Zeng Jie, Murakami Shuzo and Kato Shinsuke, pp.591-592, August 1995
  22. Study on computational thermal manikin (Part4) Prediction of contaminant distribution affected by metabolic heat from human body Murakami Shuzo, Kato Shinsuke and Zeng Jie, pp.593-594, August 1995
  23. Study on k-ƒÃ model including the effect of buoyancy and low-reynolds number Examination of damping function due to buoyancy Ohira Noboru, Murakami Shuzo and Kato Shinsuke, pp.595-596, August 1995
  24. Study on indoor thermal environment by means of panel cooling system with condensation (Part1) Analysis of the thermal environment of perimeter zone by 3-D coupled simulation of radiative and convective heat transfer Roh Jiwoong, Murakami Shuzo and Kato Shinsuke, pp.597-598, August 1995
  25. Modification of climate-rejecting office building into climate-adapted (Part4) Study on personai air-conditioning by coupled simulation of convection and radiation Nagase Osamu, Kondo Yasushi and Matsunawa Katashi, pp.599-600, August 1995
  26. Study on air-conditioning, ventilation system of kitchen. Part5 Results of air-conditioning and ventilation efficiency of island type kitchen. Uemura Naozumi, Akabayashi Shin-ichi, Kondo Yasushi, Kawase Takaharu, Sakaguchi Jun and Sato Hideki, pp.601-602, August 1995
  27. Study on air-conditioning, ventilation system of kitchen. Part6 Distribution of temperature and wind-velocity of island type kitchin. Kawase Takaharu, Akabayashi Shin-ichi, Kondo Yasushi, Sakaguchi Jun, Uemura Naozumi and Sato Hideki, pp.603-604, August 1995
  28. Study on air-conditioning and ventilation system of kitchen Part7 Numerical simulations of flow and temperature distributions Kondo Yasushi and Akabayashi Shin-ichi, pp.605-606, August 1995
  29. Study on air-conditioning and ventilation system of kitchen Part8 Numerical study based on scale of ventilation efficiencies Chikamoto Tomoyuki, Kondo Yasushi and Akabayashi Shin-ichi, pp.607-608, August 1995
  30. Study on velocity and temperature distributions within atrium (part15) Parametric study on supply and exhaust openings by means of CFD under heating condition Yokoi Mutsumi et al., pp.609-610, August 1995
  31. Planning of thermal environment in atrium space in winter city Part-2 On a scheme of solar radiation in box model Yamamoto Susumu et al., pp.611-612, August 1995
  32. Numerical simulation on Velocity and Temperature Field of Air Dome Part 2 -Comparison of Fluid Analysis Program using Generalized Curvilinear Coordinated and Unstructured Grid Systems- Ono Koji and Morikawa Yasusige, pp.613-614, August 1995
  33. Numerical Study on Variable Density Flow with High Buoyancy (part 15) Numerical Simulation on Natural Convection in a Modele Fire Room Yoshie Ryuichiro et al., pp.615-616, August 1995
  34. CFD Analysis of Thermal Plume around a Highrise Building in Fire Kato Shinsuke, Murakami Shuzo, Ishida Yoshihiro, Ohira Noboru, Yamada Tokiyoshi and Hasemi Yuji, pp.617-618, August 1995
  35. Rigional climate model for industiral use Part 3. Effects of shear on the characteristics of flow over ridge Kiyotoshi Otsuka, pp.619-620, August 1995
  36. Numerical Analysis of fliud Resistance of Plants Ohashi Masamiki, pp.621-622, August 1995
  37. Numerical Study on Thermal Environment in Urban Area (Part5) Scrutinizing DSM using Results of Dynamic LES Ooka Ryozo et al., pp.623-624, August 1995
  38. Development of Mathematical Model for Urban Climate in Kanto Plane (Part1) Effect of Green Vegetation Area Sangjin Kim, Shuzo Murakami and Akashi Mochida, pp.625-626, August 1995
  39. Local Circulation Wind Simulation with Atmospheric Turbulence model (Part-3 Calculations of the effects of anthropogenic heating with 1-dimensional and 3-dimensional simulations) Urano Akira, Morikawa Yasushige, Nishimura Masakazu, pp.627-628, August 1995
  40. Organized Motion and Diffusion Around a Model Cube In an Urban Canopy Susumu Oikawa et al., pp.629-630, August 1995
  41. Contribution of Diffusion Parameters in Plume Models Prediction of Concentration Distribution around Buildings Part 1 Minai Hisatugu, Fujii Shuji, Yuasa Kazuhiro and Hamada Akira, pp.631-632, August 1995
  42. Numerical Analysis by Control Volume Method Prediction of Concentration Distribution around Buildings Part 2 Hamada Akira, Fujii Shuji, Yuasa Kazuhiro and Minai Hisatugu, pp.633-634, August 1995
  43. Study on Flow Pattern and Gaseous Diffusion in Wake Behind a High-rise Building Model Nakano Masamichi et al., pp.635-636, August 1995
  44. Concentration Distribution around Model Buildings Ogiwara Shiro, Fujii Shuji and Yuasa Kazuhiro, pp.637-638, August 1995
  45. Wind Tunnel Study on Gaseous Diffusion in Urban Area Part4 Measurement of Turbulence Characteristics in Stably and Unstably Stratified Flow by LDV Uehara Kiyoshi et al., pp.639-640, August 1995
  46. Study on Measurement Techniques of Concentration Spectra Using a High-Speed Video Camera Ohba Masaaki, pp.641-642, August 1995
  47. Experimental study on spatial structure of air flow around buildings Part 12 Air flow around buildings with sloped walls 4 Kurotani Yasuo, pp.643-644, August 1995
  48. Wind tunnel tests of air flow distributions in streets by building arrargement Part 1 Experiments in case of constant floor area ratio Fukudome hidekazu, Katayama Tadahisa, Hayashi Tetsuo, Tsutsumi Junichirou and He Ping, pp.645-646, August 1995
  49. Experimental study on natural ventilation through the open window Part 4 Influence of low model around main model on natural ventilation Nobuyoshi Kiyota and Michimasa Shinohara, pp.647-648, August 1995
  50. PTV measurement of air flow behind a two-dimensional screen by using soap bubble Kobayashi Nobuyuki, Koibuchi Kenzo and Uehara Kiyoshi, pp.649-650, August 1995
  51. Wind reducing effects of trees in high wind around the building Part 1 Differences in effects depending on their distance from the building Orimo Toshiyasu, Suda Kenichi, Imada Eiji and Tsurumi Toshio, pp.651-652, August 1995
  52. Wind reducing effects of trees in high wind around the building Part 2 Differences in effects depending on the range of trees Imada Eiji, Suda Kenichi, Orimo Toshiyasu and Tsurumi Toshio, pp.653-654, August 1995
  53. Wind tunnel tests of the effects of a high-rise building on the ventilation rate of surrounding low-rise buildings Part 9 In case the coverage of low-rise buildings is changed Katayama Tadahisa et al., pp.655-656, August 1995
  54. Wind tunnel tests of the effects of a high-rise building on the ventilation rate of surrounding low-rise buildings Part 10 Comparison of the air flow distributions by wind tunnel tests with those by numerical simulations He Ping, Katayama Tadahisa, Hayashi Tetsuo, Tsutsumi Junichirou and Fukudome Hidekazu, pp.657-658, August 1995
  55. Flow around the upper part of highrise building by means of full scale measurement and wind tunnel expermient Feasibility study for fire fighting helicopter operation Kazuki Hibi, pp.659-660, August 1995
  56. Study on indoor climate of large-scale indoor space Wind tunnel tests on air and temperature distributions of whole-sale market building Gyobu Tomochika et al., pp.661-662, August 1995
  57. Study on assessment methods and criteria relating to the wind environment in Niigata-City Part1. Results of the wind tunnel experiment Akabayashi Shinichi, Mochida Akashi, Fujii Kunio, Sakaguchi Jun, Harako Masao and Yamamoto Maki, pp.663-664, August 1995
  58. Study on assessment methods and criteria relating to the wind environment in Niigata-City Part2. Results of observation and questionnaires to inhabitants Akabayashi Shinichi, Mochida Akashi, Fujii Kunio, Sakaguchi Jun, Harako Masao and Yamamoto Maki, pp.665-666, August 1995
  59. Wind tunnel experiment on strong wind region around several buildings Relation between strong wind region and distance of 2 buildings Uchiumi Yasuyuki, pp.667-668, August 1995
  60. Field observation and wind tunnel test of wind environment surround high and low rise buildings in university campus. Experimental study on cross road planning with the ventilation in urbanized city area. Iwasaki Takeshi, Nishida Masaru and Kitayama Hiroki, pp.669-670, August 1995
  61. Calculation of drag coefficient, Wind prssure coefficient using potential theory Yamazaki Hitoshi, Gotoh Tatsuo, Watanabe Toshiyuki, Akasaka Hiroshi, Miki Nobuhiro, Yamashita Kazuhiko and Maeda Yukiteru, pp.671-672, August 1995
  62. Method for estimate of drag coefficient and wind pressure coefficient. Part 1 Yamashita Kazuhiko et al., pp.673-674, August 1995
  63. Method for estimate of drag coefficient and wind pressure coefficient. Part 2 Maeda Yukiteru et al., pp.675-676, August 1995
  64. Preliminary Study for Airtightness Standard of Residential Buildings Yoshino Hiroshi, Zhao Yun, Doi Satoshi, pp.677-678, August 1995
  65. Investigation for Air Leakage of Air-tight Houses on and after 1992 Part 1. Air Leakage of every kind of Construction Konishi Kazuya, Suzuki Hirotaka, Hukusima Akira and Iida Masashi, pp.679-680, August 1995
  66. The Principle and Instrumentation on Leakage Measurement by AC-pressurization Method Utsumi Yasuo, Kadoya Terunori and Yoshino Hiroshi, pp.681-682, August 1995
  67. Airtightness at every building element in thermal insulated airtight house Shinto Hiroshi, Watanabe Toshiyuki, Ryu Yuji, Akashi Yasunori, Watanabe Yasunori and Mori Masami, pp.683-684, August 1995
  68. Study on Leakage Area Characteristics of Air-tight Houses. Part1 Stable Calculation Procedure of Pressure and Flow Rate of Connected Rooms and Prompt Estimation Method of Inter-Room Opening Areas. Takizawa Takashi et al., pp.685-686, August 1995
  69. Study on Leakage Area Characteristics of Air-tight Houses. Part2 Study on the Measurement Technique of Equivalent Opening Area Distribution of Apartment Houses. Suzuki Tetsuya et al., pp.687-688, August 1995
  70. Study on Leakage Area Characteristics of Air-tight Houses. Part3 Measurement of Equivalent Opening Area Distribution of a Detached House. Sugata Daisuke et ai, pp.689-690, August 1995
  71. Evaluation of Ventilation System by Age of Air Using a Test House Part 1, Outline of Test House, and Measurerments Results of Mechanical Exhaust System Hayase Satoru, Yoshino Hiroshi and Kobayashi Hiroshi, pp.691-692, August 1995
  72. Measurement of ventilation effectiveness using room model Part 6 Vertical profile of air change efficiency in the different shapes of room model Masuda Keiko and Matsumoto Hiroshi, pp.693-694, August 1995
  73. A numerical method for predicting ventilation effectiveness in rooms Azechi Toshiaki and Matsumoto Hiroshi, pp.695-696, August 1995
  74. Field Measurement of Air Change Effectiveness in Multiple Dwelling House Sakai Eizi and Hasegawa Ko, pp.697-698, August 1995
  75. A Water Tank Ventilation Effect Test of Metabolic Heat of an Occupant Cui Jie et al., pp.699-700, August 1995
  76. A Study on the Ventilation of Dwelling with the Occupancy as the Pollutant -The Effect of the Location of Inlet and Outlet- Ude Terumitsu, Kobayashi Yasuhiro, Shindou Yoshihide, Kudoh Ryuichi, Kadoya Terunori, Utsumi Yasuo, pp.701-702, August 1995
  77. Study on Natural Ventilation of Low Detached House. Part1 House Model and Outline of Experiment. Akabayashi Shin-ichi, Takakura Shuichi, Sato Hideki, Sakaguchi Jun and Uemura Naozumi, pp.703-704, August 1995
  78. Study on Natural Ventilation of Low Detached House. Part2 Comparison of Air Change Rate Calculate by Tracer Gas Method and Pressure Difference. Takakura Shuichi, Akabayashi Shin-ichi, Sakaguchi Jun, Uemura Naozumi and Sato Hideki, pp.705-706, August 1995
  79. Evaluation of Thermal Comfort Aspect of Domestic Ventilation System Part 2. Types of Natural Vent, Temperature-Difference, Supply Rate; Their Effects on Thermal Environment Seto Hironao, Osawa Haruki, Sawachi Takao, Taniguchi Yoshinori and Onishi Shigeki, pp.707-708, August 1995
  80. Evaluation of Thermal Comfort Aspect of Domestic Ventilation System Part 3. Evaluation of Thermal Comfort on 3 types of Natural Vents Osawa Haruki et al., pp.709-710, August 1995
  81. Study on the evaluation of ventilation performance for domestic ventilation systems Part 3, The effect of outside wall airtightness and inside wall air flow characteristics on the temperature difference driven ventilation Sawachi Takao, Osawa Haruki, Seto Hironao, Onishi Shigeki and Taniguchi Yoshinori, pp.711-712, August 1995
  82. Study on evaluation of ventilation performance for domestic ventilation systems Part4 The effect of temperature difference and air flow characteristics of envelope and partition on the ventilation rate of exhaust only ventilation system Taniguchi Yoshinori, Onishi Shigeki, Sawachi Takao, Osawa Haruki, Seto Hironao, pp.713-714, August 1995
  83. Study on the Evaluation of Ventilation Performance for Domestic Ventilation Systems. Part 5 The Evaluation of an Exhaust Only Ventilation System by OVRF(Overall Ventilation Rate Fulfillment). Onishi Shigeki et al., pp.715-716, August 1995
  84. On Ventilation Rates as a Variable by Using Constant Concentration Method Part2 The Effect of Wind Speed and Inside-Outside Temperature Difference Miyaura Mutsuaki et al., pp.717-718, August 1995
  85. Preliminary Study on Performance of Passive Ventilation System Kobayashi Hiroshi and Yoshino Hiroshi, pp.719-720, August 1995
  86. A Passive Ventilation System Considering Fresh-Air Supply to Rooms No1. Performance of Passive Ventilation System Using Beam Space as Fersh-Air Supply Chamber Hayashi Motoya, Yamada Hiromi, Yoshioka Yoshihisa, pp.721-722, August 1995
  87. A Passive Ventilation System Considering Fresh-Air Supply to Rooms No2. Performance of Hyblid Ventilation System Using Beam Space as Fresh-Air Supply Chamber Yamada Hiromi, Hayashi Motoya, Yoshioka Yoshihisa, pp.723-724, August 1995
  88. Natural Fresh Air Intake Through Crawl Space Insulated at Basement Wall Fukushima A. et al., pp.725-726, August 1995
  89. Study on Laboratory Animal Breeding Rack System. (No1)Study on Environment in Animal Breeding Rack System with Uni-Directional Airflow. Yanagihara Shigeru, pp.727-728, August 1995
  90. Study on Indoor Air Flow Control (Locally Air-balanced Supply-exhaust Ventilation System) Itoh Hiroyasu, pp.729-730, August 1995
  91. Characterization of the Restricted Jet inside the Cubic Room Based on Free Jet Theory Study on Simple Method to Predict the Indoor Distribution of Contaminant Concentration by Zonal Model (Part 2) Kido Kazushige, Sato Ryuji and Yamanaka Toshio, pp.731-732, August 1995
  92. Computer Aided System for Thermal and Ventilation Design Part3. Estimation Method of Changeable Design Parameter for Realizing Designated Room Temperature Ishikawa Yukio, Higuchi Masaaki, Nakamura Makoto and Moriyama Toshihiko, pp.733-734, August 1995
  93. Study on optimum design method of underfloor air-conditioning system part2 Convective heat transfer and Skin friction coefficent of underfloor chamber Aihara Manabu, Kurabuchi Takashi and Tanigawa Masanori, pp.735-736, August 1995
  94. Study on a thermal design method for office spaces Part 7. Mathematical model for evaluating the heat and air mixing between a perimeter zone and an interior zone. Togari Satoshi and Takemasa Yuichi, pp.737-738, August 1995
  95. Study on a thermal design method for office spaces Part 8. Case studies for the heat and air mixing between a perimeter zone and an interior zone Takemasa Yuichi and Togari Satoshi, pp.739-740, August 1995
  96. Study on Ventilation and Smoke Exhaust System of the Underground Network Tunnel Part1 Experimental Study and Numerical Estimation Yokota Takefumi et al., pp.741-742, August 1995
  97. Study on Ventilation and Smoke Exhaust System of the Underground Network Tunnel Part2 Results of Field Experiment Arita Nobuyuki et al., pp.743-744, August 1995
  98. Ventilation system in oil storage tunnel under construction Park Myoung-Sig, Kim Sang-Min, pp.745-746, August 1995
  99. Study on Ventilation in Void Space of High-rise Residential Building Part8. Influence of Air Opening Location on Temperature and Air Flow Rate in Void Space Yamamoto Kazuhiro, Sato Ryuji, Yamanaka Toshio, Kotani Hisashi and Moriyasu Taku, pp.747-748, August 1995
  100. Study on Ventilation in Void Space of High-rise Residential Building Part9. Calculation of Temperature and Air Flow Rate in Void Space Kotani Hisashi, Sato Ryuji, Yamanaka Toshio, Moriyasu Taku and Yamamoto Kazuhiro, pp.749-750, August 1995
  101. Measurement of Air Flow Rate by Mechanical Control of the Flow Rate Study on Wind-Forced Ventilation of Void Space in High-rse Residential Building Part 5 Yamanaka Toshio, Satoh Ryuji, Kotani Hisashi, Yasuda Junji, Takahashi Noriyuki, Higuchi Masaaki and Nakamura Makoto, pp.751-752, August 1995
  102. Calculation Method of Air Flow Rate Considering the Wind Pressure Distribution on the Top of Void Space Study on Wind-Forced Ventilation of Void Space in High-rise Residential Building Part6 Higuchi Masaaki, Satoh Ryuji, Yamanaka Toshio, Kotani Hisashi, Ishikawa Yukio, Takahashi Noriyuki and Nakamura Makoto, pp.753-754, August 1995
  103. Study on the Influence of Lower Opening Area and Interval between Heated Vertical Plates on Temperature and Velocity Distributions Study on Natural Convection in the space between Heated Vertical Plates (Part2) Tanaka Hiromasa, Satoh Ryuji, Yamanaka Toshio, Kotani Hisashi and Moriyasu Taku, pp.755-756, August 1995
  104. The Study of Simple Method of Measuring Air Flow Caused by Stack Effect Using Tracer Gas Technique Akira Hatnaka et al., pp.757-758, August 1995
  105. Approximately similarity law in amall atrium models using tracer gas techniques Mori Tarou et al., pp.759-760, August 1995
  106. On Measurements of the Interzonal Airflows Using Multiple Tracer Gas Techniques part-6 airflow rates by using numerical gas concentration Enai Masamichi et al., pp.761-762, August 1995
  107. Improvement of Interzonal Airflow Measurement Equipment and Algorithm Shintaro Yokoyama, Kiyoshi Ochifuji and Katsunori Nagano, pp.763-764, August 1995
  108. Caluclation of the smoke flow in the ceiling chamber system Taniguti Satoshi et al., pp.765-766, August 1995
  109. Studies on New HVAC System with Fluctuating Air Movement Part13. Evaluate of New Kiosk-Unit and Analysis on Effect of Unit Position Masayuki Tanaka et al., pp.827-828, August 1995
  110. Studies on New HVAC System with Fluctuating Air Movement Part14. Assessment of Thermal Environment in the Task Zone Using Nunmerical Simulation of Flow and Temperature Fields Li Kexin et al., pp.829-830, August 1995
  111. Study on New HVAC System with Fluctating Air Movement Part15 The case where subjects move to the slightly hot conditions with fluctuating airflow from hot condition Xu Guohai et al., pp.831-832, August 1995
  112. Examination for kind of pressure gas, and perfume at aroma air conditioning Kumano Yasuko et al., pp.833-834, August 1995
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