Calsonic Kansei Technical Review 2016 Vol.12

Introducing Calsonic Kansei’s latest environmental technology successes, as well as state-of-the-art Monozukuri technologies that meet the needs of high value-added vehicles and core technologies that support our global technology development and production operations.

Calsonic Kansei Technical Review 2016 Vol.12

Calsonic Kansei Technical Review 2016 Vol.12

Foreword

Aiming for Integrated Monotsukuri EngineeringAkira Fujisaki

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New products

Introduction of New Brushless Blower Motor for Car Air ConditionerKaoru Tanaka, Hiromi Kawarai, Takanori Mori, Kentarou Hara, Hideo Koga, Yoshimasa Sunaga

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Development of New BCMKiyoshi Inori, Kazuo Moro, Kunio Kubota

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New technologies

Power consumption analysis of rotary vane compressor Ryusuke Yamada, Keita Sato, Hiroki Takesashi

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Development of Efficient Analysis Method with Discrete Event Simulation (DES) for Process DesignYouichi Takita

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Application of OpenFOAM in Product Development PhaseTakeharu Kawamura, Hiroyuki Shiozawa, Masahiro Sano, Takashi Yoda, Toyohito Seino, Hiromi kitsunezuka, Misae Hagiwara, Hiroshi Fujikawa, Takumi Sakamoto, Eikyuu Kin, Yingpei Yi

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Development of Automated Stitching Technology for Molded Decorative Instrument Panel SkinMasaharu Nagatsuka, Akira Saito

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Development of Automatic Visual Inspection by Means of Infrared RadiationTetsuto Miyanishi

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Development of Global Product Data Management System with Recent Internet TechnologyHirotaka Katoh

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A New Crack Predicting Method for Press Forming of Aluminum Thin Sheet MaterialYoshinori Ishida, Fumihiro Hatashita

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Technical Papers

Development of High Efficiency Vane-Rotary Mechanism for Electric Driven Compressor Masahiro Tsuda, Toshikatsu Miyaji, Hirotada Shimaguchi, Kouji Hirono, Tatsuya Osaki For details on the Technical paper, see the URL below. http://www.bookpark.ne.jp/jsae/pdf.asp

Analysis of Unsteady Flow for Vortex Generator Development for Heat Exchangers Hara Junichiro、Iwasaki Mitsuru、Honda Itsuro For details on the Technical paper, see 【VTMS】.

Experimental Investigation of Factors Affecting Odors Generating from Mobile AC Systems Equipped with Idling-time Reduction Systems Satoki Uematsu、Toshiyuki Uehara、Toshiya Uchida、Gursaran D. Mathur For details on the Technical paper, see the URL below. http://papers.sae.org/2015-01-0359/