遠藤 哲央
著者に関連した記事は2件です。
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第9回
レーザースキャンデータからの現場3次元認識システム
著者:
河口 裕治,Yuji KAWAGUCHI,佐藤 美徳,Yoshinori SATOH,木村 静,Shizuka KIMURA,遠藤 哲央,Tetsuo ENDOH,本橋 正宏,Masahiro MOTOHASHI,畠山 誠,Makoto HATAKEYAMA
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キーワードタグ:
and Point-cloud As-built D laser scan D shape recognition DCAD model
河口 裕治,Yuji KAWAGUCHI,佐藤 美徳,Yoshinori SATOH,木村 静,Shizuka KIMURA,遠藤 哲央,Tetsuo ENDOH,本橋 正宏,Masahiro MOTOHASHI,畠山 誠,Makoto HATAKEYAMA
発刊日:
公開日:
キーワードタグ:
and Point-cloud As-built D laser scan D shape recognition DCAD model
Toshiba Corporation is constructing a database system of as-built data of equipments and components in various n uclear plants in order to reduce the amount of redesign works when the plants are modified. We are obtaining the as-built data by using 3D laser scanner, and storing the data as 3DCAD models for ease-of-use. However, it takes long hours to obtain 3DCAD models because the volume of 3D laser scan data is very large and workers manually c onvert those data to 3DCAD models.In this development, we ha...
英字タイトル:
Automated 3D Shape Recognition System using Laser Scan Data
英字タイトル:
Automated 3D Shape Recognition System using Laser Scan Data
第5回
微小スケール破壊解析による液滴衝撃エロージョンの評価
著者:
北島 靖己,Yasumi KITAJIMA,萩原 剛,Tsuyoshi HAGIWARA,遠藤 哲央,Tetsuo ENDO,神保 雅一,Masakazu JIMBO
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Computational Analysis Erosion Fracture Mechanics Liquid Droplet Impingement
北島 靖己,Yasumi KITAJIMA,萩原 剛,Tsuyoshi HAGIWARA,遠藤 哲央,Tetsuo ENDO,神保 雅一,Masakazu JIMBO
発刊日:
公開日:
キーワードタグ:
Computational Analysis Erosion Fracture Mechanics Liquid Droplet Impingement
Several estimation methods based on round-robin experiments and/or actual plant experiences have been used to estimate e rosion by liquid drop impingement (LDI). However, in recent years, due to developments on computer technology, it is poss ible to utilize large scale computational analyses. This study proposes a method for the evaluation of LDI erosion by me ans of computational fracture analysis using results (diameters, velocity, or speed of drops) of fluid dynamics analysis....
英字タイトル:
Evaluation of Liquid Droplet Impingement Erosion by Micro-scale Fracture Analysis
英字タイトル:
Evaluation of Liquid Droplet Impingement Erosion by Micro-scale Fracture Analysis