Tag Archives: 자동차

V2O5粒子を用いた攪拌鋳造法による鋳造in-situ Al-Al2O3複合材料のトライボロジー的挙動

By user2025/09/25Aluminium-J, Technical Data-JAl-Si alloy, aluminum alloy, aluminum alloys, Applications, CAD, Microstructure, Quality Control, Review, 金型, 자동차

Boosting Wear Resistance in Al-Si Alloys: A Breakthrough with V2O5 Particles in In-Situ Composites | アルミニウムダイカ

自動車安全部品の鋳鋼における欠陥検出

By user2025/09/22Aluminium-J, Technical Data-JApplications, CAD, Computer simulation, Mechanical Property, Quality Control, Review, 自動車産業, 자동차, 자동차 산업

Flaw Detection of Cast-Steel Safety Parts in Automotive Application | 鋳鋼製自動車安全部品の欠陥ゼロへ：CTスキャンによる非破壊検査の優位性この技術

電磁攪拌によるねずみ鋳鉄の連続鋳造：品質と被削性を向上させる画期的なアプローチ

By user2025/09/22Aluminium-J, Technical Data-JAir cooling, Applications, CAD, Efficiency, Microstructure, Quality Control, Review, 自動車産業, 金型, 자동차, 자동차 산업

Influence of continuous casting conditions on grey cast iron structure 本技術概要は、[J. Szajnar, M. Stawarz, T. Wrób

機械学習が拓くアルミニウム合金の未来：溶湯品質の迅速分析がHPDCを変革する

By user2025/09/22Aluminium-J, Technical Data-Jaluminum alloy, aluminum alloys, Aluminum Casting, CAD, Die casting, Microstructure, Quality Control, 자동차, 자동차 산업, 해석

Enhanced Melt Quality Rapid Analysis of Aluminum Alloy Assisted by Machine Learning この技術概要は、[The 75th World Fo

$Fig.7 The final rupture fractography analysis of both experimental materials, SEM a) Stage III in sand mould samples; b) Stage III in metallic mould samples; c) fracture of Si particles; d) fracture of Fe-rich phases; e) fracture of Cu-rich phases.$

鋳造Al-Si合金の疲労破壊メカニズムを解明：鋳造法が破壊特性に与える影響

By user2025/09/18Aluminium-J, Technical Data-JAl-Si alloy, Applications, CAD, Die casting, Microstructure, Quality Control, Sand casting, 金型, 자동차, 해석

THE FRACTOGRAPHY STUDY OF FATIGUE FRACTURE SURFACES IN Al-Si CAST ALLOYS この技術概要は、L. Hurtalová, E. Tillová, M.

鋳造アルミニウム合金の特性を最大化する：デンドライト組織制御の秘訣

By user2025/09/17Aluminium-J, Technical Data-JAl-Si alloy, Applications, CAD, Microstructure, Quality Control, Review, secondary dendrite arm spacing, 金型, 금형, 자동차, 해석

Parameters Influencing Dendritic Structure to Improve the Properties of As-Cast Aluminium Alloys この技術概要は、Nishe

Optimizing Casting Processes: A Data-Driven Approach to Eliminating Defects

By user2025/09/10Aluminium-J, Technical Data-JANOVA, CAD, Computer simulation, IGES, Quality Control, Sand casting, STEP, Taguchi method, 金型, 자동차, 해석

鋳造プロセス最適化の新常識：ボックス・ベンケン計画で欠陥ゼロを実現する統計的アプローチこの技術解説は、学術論文「OPTIMIZATION OF CASTING PROCESS BASED ON BOX BEHNKEN

Characteristic of Cast Zn-Al-Cu Alloy Microstructure after Modification

By user2025/09/10Aluminium-J, Technical Data-JAlloying elements, Applications, CAD, Die casting, Mechanical Property, Microstructure, Quality Control, 金型, 금형, 자동차, 해석

鋳造Zn-Al-Cu合金の特性を最大化：Ti-BおよびSr改質処理による微細構造と硬度の飛躍的向上本技術概要は、B. Krupińska, M. Krupiński, Z. Rdzawski, K. Labisz, M

Gate microstructure in an AlSi9MgMn High-Pressure Die Casting

By user2025/09/09Aluminium-J, Technical Data-JApplications, AUTOMOTIVE Parts, CAD, Die casting, Microstructure, Quality Control, STEP, 金型, 금형, 자동차

ゲートでのせん断バンディング：高圧ダイカストの供給メカニズムを解明し、欠陥を削減するこの技術概要は、[Joseph Gleeson, Christopher M. Gourlay, Paul L. Schaffer,

The skeleton castings as a new type of cast lattice structures

By user2025/09/08Aluminium-J, Technical Data-JAluminum Casting, Applications, CAD, Computer simulation, Microstructure, Quality Control, 自動車産業, 금형, 자동차, 자동차 산업

次世代の軽量化を実現するスケルトン鋳造：鋳造格子構造の設計と品質管理この技術概要は、M. Cholewa, T. Szuter, T. Wróbel, M. Kondrackiによる学術論文「The skeleton