分析了铝合金锻件的市场需求及应用前景。
The application foreground and market requirement of aluminium alloy forgings are analysed.
报导了通过改变热处理制度调整铝合金锻件强度与塑性指标。
This paper reports that the strength and Plasticity of aluminium alloy forging is adjusted by changing system of heat treatment.
机械零件：轻量化机械件或减少CNC3d高切削量铝合金锻件。
Mechanical parts: light weight machinery parts or aluminum alloy forgery parts which re3duce CNC 3d high volume cutting.
铝合金锻件中有时有未锻合的疏松和残留的枝晶自由表面，并保留有原始的结晶台阶。
Unhealed porosities and free surface of dendrites with crystalline steps were occasionally observed in aluminium alloy forgings.
研究了锻坯高温处理对7175铝合金锻件抗应力腐蚀性能的影响，并对其影响机理进行了分析。
The effects of a kind of special high temperature treatment on stress corrosion resistance of 7175 aluminum alloy forgings were studied, and the mechanism of the effects was explained.
本文对2618A铝合金进行了大量的试验，并对试验结果进行了较详细地分析和研究，为2618A铝合金锻件研制过程中锻造工艺参数的确定提供了依据。
The experiment results on 2618 A A1 alloy are analyzed and the bases for determining the technical parameters of 2618A Al alloy forging parts are provided.
研究了LD 5铝合金等温锻造成形高筋薄壁锻件的工艺特性。
The isothermic forging properties of LD5 alloy for making high web and thin wall forgings are studied.
通过对超硬铝合金7175T74的试验研究，给出了7175T74合金的锻造工艺参数。 依此工艺生产的锻件其性能达到美国宇航材料规范AMS4149A规定的技术指标。
By experimental research on the superhard aluminum alloy 7175T74, the parameters of forging process of 7175T74 are given, which achieve the mechanical property of the of U. S. 'AMS4149A.
从锻件的材质、锻造工艺参数、锻模温度、热处理工艺参数四个方面，阐述了铝合金模锻件粗晶缺陷的产生原因及消除措施。
The article discusses causes and eliminated measures of aluminium alloy die forgings crassitude crystal from four sides of component, technical parameter, temper of die and heat treatment.
针对大型铝合金件的锻造过程，采用实验与计算机模拟相结合的办法，分别对锻件内部冶金缺陷的变化及其应变场进行了分析。
In large aluminum alloy forgings, the change of inside metallurgical defects and the strain fields have been studied by experimental and numerical simulation.
铝合金模锻件被广泛应用于各个工业部门。
The aluminium alloy forgings were used for varieties of industrial departments.
通过超声检测，发现了铝锂锻件与铝合金超声特性的差异。
Forgings were tested and the difference in ultrasonic property between the advanced alloy and conventional aluminium alloy was found.
通过超声检测，发现了铝锂锻件与铝合金超声特性的差异。
Forgings were tested and the difference in ultrasonic property between the advanced alloy and conventional aluminium alloy was found.
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