1) swaging
[英][sweidʒ] [美][swedʒ]
挤锻压加工
3) extrusion
[英][eks'tru:ʒən] [美][ɛk'struʒən]
挤压加工
1.
Primary study on coffee substitute prepared by extrusion of wheat germ and soybean
大豆和麦胚芽挤压加工咖啡替代物的初步研究
2.
This paper mainly discussed the effects of nutritional properties on extrusion process,and described the effects of extrusion process parameters such as feed speed,feed moisture content,barrel temperature on protein,starch,fat,vitamins,available lysine,activity of urease,revealed the effects of extrusion process on nutritional quality from another perspective.
分析挤压加工过程中,挤压工艺参数对食品营养品质的影响。
3.
Triturated food prepared by extrusion of wheat germ and cornmeal was studied with referent indexes of sensory characteristics.
结果表明:麦胚芽经挤压加工后粗纤维含量下降达46。
4) extrusion process
挤压加工
1.
This article compares extrusion process with conventional processes in some peducts .
本文通过将挤压蒸煮方法与传统加工方法在一些产品的加工方面进行对比，显示了挤压加工的优势和经济性，指出食品挤压加工是今后食品工业发展的一个方向。
2.
A kind of aluminum alloy profile with high conductivity and high yield strength was produced by extrusion process test,its conductivity is up to 60%IACS,yield strength(σ0.
用正交试验法对比分析了纯铝合金中添加Fe、Cu、Mg、Zn对其电导率及屈服强度的影响程度;并由此进行成分配比,通过挤压加工试验,研制生产出一种高电导率高屈服强度铝合金型材,H112状态电导率达60%IACS左右、屈服强度σ0。
5) extruding processing
挤压加工
1.
The influence of extruding processing on the water retention capacity of insoluble diet fiber(IDF)was studied and the optimum parameters were obtained:material water content 30%;processing temperature 140 ℃;screw speed 100 r/min.
为此,研究了挤压加工对米糠中IDF持水力的影响,并获得了最优挤压加工参数组合为:原料含水量30%,挤压温度140℃,螺杆转速100r/min。
6) extrusion forging technique
挤压锻造工艺
1.
Compound optimization technique based on numerical simulation induction knowledge for the optimization of extrusion forging technique was put forward.
分析了基于人工智能中的归纳学习方法,提出了一种针对挤压锻造工艺优化的基于数值仿真归纳知识的混合优化方法,并通过一个挤压锻造的实例验证了该方法的有效性。
补充资料：锻压加工
利用锻压设备上的锤头、砧块或模具对金属件施力产生塑性形变，制成形状、尺寸和性能都合乎要求的锻件，这种工艺叫作锻压加工。中国金属锻压技术的历史非常悠久，早在公元前11世纪已有锻的记载（见金属塑性加工）。锻压加工根据加工时的金属坯料温度，分为冷锻、温锻和热锻。碳钢的冷锻是在室温下进行加工，温锻时锻件温度为300～800℃,热锻时锻件温度为800～1250℃。锻压加工根据锻件的尺寸和形状以及采用的模具结构和锻压设备，分为自由锻、模锻、板材冲压和高能率成形等。(见彩图）
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条