Tag Archives: 해석

INVESTIGATION OF THE DEFORMABILITY OF ALUMINIUM-COPPER CASTING ALLOYS

By user2025/09/28Aluminium-J, Technical Data-Jaluminum alloy, aluminum alloys, CAD, Microstructure, Quality Control, Sand casting, STEP, 金型, 금형, 해석

鋳造品の鍛造性を最大化する：EN AW-2017A/2024合金の最適鍛造温度を解明この技術概要は、Grzegorz Winiarski氏らによって執筆され、Advances in Science and Techno

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

鋳造欠陥を克服：アルミニウムダイカスト部品の破壊挙動を予測する新ダメージモデル

By user2025/09/15Aluminium-J, Technical Data-JAluminum Die casting, CAD, Die casting, finite element simulation, Microstructure, Quality Control, STEP, 自動車産業, 알루미늄 다이캐스팅, 자동차 산업, 해석

Modeling of Damage Behavior of Cast Aluminum Components Taking into Account Porosity Effects この技術概要は、Dong-Zhi

Research of Casting and Solidification of Steel Ingots by Application of Low-Melting Materials

By user2025/09/11Aluminium-J, Technical Data-JApplications, CAD, Microstructure, Quality Control, 金型, 금형, 제품 개발, 해석

鋼インゴットの収縮欠陥を克服：低融点材料を用いた革新的な鋳造シミュレーションこの技術概要は、E. Kantoríková氏およびJ. Moravec氏によって執筆され、「ARCHIVES of FOUNDRY ENGI

ダイカストの冷却解析を革新：不規則形状の冷却管における熱伝達係数の精密決定法

By user2025/09/11Aluminium-J, automotive-J, Technical Data-JCAD, CFD, conformal cooling, Die casting, Quality Control, radiator, STEP, 熱流体解析, 金型, 금형, 해석

この技術概要は、L. D. Clark、K. Davey、I. Rosindale、S. Hindujaによって発表された学術論文「Determination of Heat Transfer Coefficients

The Effect of a Thin-Wall Casting Mould Cavity Filling Conditions on the Casting Surface Quality

By user2025/09/10Aluminium-J, Technical Data-Jaluminum alloy, aluminum alloys, CAD, Computer simulation, Die casting, Microstructure, Quality Control, STEP, 自動車産業, 金型, 해석

薄肉鋳物の表面品質を脅かす「コールドショット」：鋳造シミュレーションが解き明かす根本原因と対策本技術概要は、A. Trytek氏らによる学術論文「The Effect of a Thin-Wall Casting Mo

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