Tag Archives: Efficiency

Figure 1. Aluminum in the automotive industry, model Audi A2

自動車の軽量化を加速する『自動車用アルミニウム合金』の最前線:ホイールリムへの応用を中心に

Application of Aluminum and ITS Alloys in the Automotive Industry With Special Emphasis PN Wheel Rims この技術概要は、

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Fig. 13. 3D surface profile of sample from test group 4

AZ91マグネシウム合金のHPDC最適化:プロセスパラメータ調整で機械的特性と耐摩耗性を最大化する方法

この技術概要は、Levent Urtekinらによる学術論文「INVESTIGATION OF TRIBOLOGICAL AND MECHANICAL PROPERTIES OF BIODEGRADAB LE AZ91

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Figure 6 Surface temperature of sprue core.

High Thermal Conductivity Steel and its Application to Die Casting Tools

金型寿命とサイクルタイムを劇的に改善:高熱伝導鋼DHA-THERMOがダイカストの常識を変える 本技術概要は、K. Namiki氏、Masamichi. Kawano氏、Thomas Schade氏によって執筆され、NA

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RECENT GROWING DEMAND FOR MAGNESIUM IN THE AUTOMOTIVE INDUSTRY

Recent Growing Demand for Magnesium in the Automotive Industry

自動車の未来を軽くする:マグネシウムダイカストの需要急増と技術的課題 この技術概要は、María Josefa Freiría Gándara氏によって執筆され、Materiali in tehnologije / Ma

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Fig. 1. a) cross section of a slab with solidification cracks, b) Reflection configuration: Excitation laser and detection laser are arranged at the same spot. Ultrasonic waves are induced in the sample by an pulsed excitation laser (red), propagate through the sample and get reflected or scattered by interfaces (cracks, blowholes,…). The detection of reflected and scattered ultrasonic waves is realized with a two wave beam mixing interferometer (green). c) Transmission configuration: Excitation laser (red) and detection laser (green) are arranged at the opposite side of the sample.

Detection of Casting Defects in Aluminum Slabs by Laser Ultrasonic Measurements

鋳造欠陥のリアルタイム検出:レーザー超音波探傷がアルミニウムスラブの品質をどう変えるか この技術概要は、Jürgen ROITHER氏らによって執筆され、「19th World Conference on Non-Des

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