Abstract High strength aluminum alloys, especially those that are age-hardenable, such as 2xxx series, 6xxx and 7xxx widely used structural materials in transport aerospace industries due to their good mechanical properties. However, additive manufacturing of high alloys is challenging susceptibility hot tearing. In this work, a systematic study has been conducted an attempt eliminate tearing l...

The physical and mechanical properties of an entirely (wrought alloys) or partly (cast dendritically solidified alloy strongly depend on the secondary dendrite arm spacing (SDAS). casting practice simulation solidification need a usable but simple method to calculate SDAS during at end as function cooling rate. Based many experiments, equation (empirical method) is known use local time, which c...

The development of additive manufacturing, or three-dimensional (3D) printing, technologies has produced breakthroughs in the design and manufacturing products by enhancing freedom minimising steps. In addition, complex, unique microstructures imparted processes offer prospects unprecedented advances to produce high-performance metal alloys for high-temperature corrosive environments. Here, we ...