Technical Resource For Aluminum Die Casting

Thermal flow in assembly

Study of Thermo-Physical Changes in Casting of Aluminium Alloy at Different Moulding Sands

Optimizing Aluminium Casting: How Moulding Sand Selection Impacts Solidification and Prevents Defects This technical summary is based on the academic ...
Fig. 1. Evolution and Innovation in Aluminium foundry processes: from Foundry 1.0 to Foundry 4.0

20 Years of Research Projects Targeted to Zero Defect Manufacturing in Diecasting

From Foundry 1.0 to 4.0: The 20-Year Roadmap to Zero-Defect Manufacturing in HPDC This technical summary is based on the ...
Figure 1 : DSC and liquid weight fraction versus temperature curves for AA7075 wrought Al alloy

Optimization of the cooling slope casting parameters for producing aa7075 wrought aluminum alloy thixotropic feedstock

Unlocking High-Strength AA7075 for Thixoforming: A Guide to Optimizing Cooling Slope Casting Parameters This technical summary is based on the ...
Figure 18- 2D creep deformation mechanism map for coarse pure Zinc, red frame means the region researched in the project [11]

Interaction of Creep and Ageing Behaviors in Zinc Die Castings

Predicting Long-Term Performance: A Deep Dive into Creep and Ageing in Zinc Die Casting Alloys This technical summary is based ...
Fig-28: Section of casting shows no shrinkage defect

Application of Simulation Softwares for Analysing the Solidification Pattern of Aluminium Alloy (LM6) Casting

Eliminating Shrinkage Defects: A Casting Simulation Guide to Optimizing Riser Neck Design in Aluminium Alloys This technical summary is based ...
Fig. 3. Casts of an previous gasoline engine piston with diameter Ø 90 mm; a) after lowering the permanent mould casting machine; b) simply flat piston crown [7]

Casting of Combustion Engine Pistons Before and Now on the Example of FM Gorzyce

From Manual Pouring to Robotic Precision: 50 Years of Piston Casting Technology Evolution This technical summary is based on the ...
Figure 2. Confusion matrix

Factors Analysis and Prediction in Die-casting Process for Defects Reduction

Predicting Porosity Defects in Die Casting: A Machine Learning Breakthrough for Zero-Defect Production This technical summary is based on the ...
Figure 1: Genetic effect diagram

Design of Die-Casting Die for Engine Cylinder Head Based on 3D Printing and Genetic Algorithm

Optimizing Engine Cylinder Head Die-Casting with Genetic Algorithms This technical summary is based on the academic paper "Design of Die-Casting ...
Figure 15 Stir casting machine

Development and Testing the Properties of Hybrid Composite Using Aluminium 6061 with TiC and Graphene

Unlocking Superior Hardness in Aluminum Alloys: A Breakthrough in Hybrid AMMC Reinforcement This technical summary is based on the academic ...