Al-Cu-Mg- Fe的界面作用力的反應速度最快，界面面積緊縮速度快

Al-Cu-Mg- Fe的界面作用力的反應速度最快，界面面積緊縮速度快與平均的優點。材料壓合模擬為壓合、持壓、拉伸的三個步驟活動過程中，幾何形體從彈性變形到塑性變形在降伏點後產生多層滑移現象的發生，最後塑性變形導致應變硬化及韌性剪切斷裂

Kết quả (Anh) 1:

Al-Cu-Mg-Fe interface forces the Reaction speed of the fastest interface equivalent 緊 product can speed average 優 little stub. Material is pressure molded 擬 because pressure and holding pressure, stretching three real steps in sudden life begins over the process, what Stadium to promote both of Dan after the change to plastic change in yield point produce coating slip now happen, the last plastic change lead Ying change hardening and Toughness shear crack air circuit breakers

Kết quả (Anh) 2:

Reaction speed interface force Al-Cu-Mg- Fe fastest, interfacial area and average speed austerity advantages. Laminated material modeled as a pressure, holding pressure, stretching three-step activities, geometry from elastic deformation to plastic deformation after the yield point produces multilayer slip phenomenon, and finally lead to plastic deformation and ductile shear strain hardening shear fracture

Kết quả (Anh) 3:

The reaction rate of Fe Al-Cu-Mg- is the fastest, and the interfacial area is fast with the advantage of average. Material pressure simulation for pressing, to pressure and tension of the three steps in the process, geometry from elastic deformation to plastic deformation of multilayer slip phenomenon occurs after the yield point, the plastic deformation leads to strain hardening and ductile shear fracture