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1)  continuous punching&extruding
连续冲挤
1.
Introduced the structure characteristics and technological requirements of bend sidebar of chain,and through analyzing new&old technology,to use a new technology of automatically continuous punching&extruding of continuous feed,wedged structure,punching-hole and extruding-hole,reaching the requirements of dimensional accuracy and finish of the four-hole processing of bend sidebar.
介绍链条弯链板产品的结构特点及工艺要求,通过新旧工艺分析,决定采用连续送料、斜(滑)楔结构、冲孔+挤孔的自动连续冲挤新工艺,以达到弯链板4孔加工的尺寸精度及粗糙度值的要求。
2)  continuous extrusion
连续挤压
1.
Deformation model and stress distribution of continuous extrusion process;
连续挤压变形力学模型与接触应力分布规律
2.
Numerical simulation of temperature field of copper flat wire continuous extrusion forming;
铜扁线连续挤压过程温度场的数值模拟
3.
Analysis of temperature in copper continuous extrusion process;
铜连续挤压工艺过程中的温度分析
3)  continuous extrusion forming
连续挤压
1.
Computer simulation of continuous extrusion forming process;
连续挤压成形过程的计算机仿真
2.
Using DEFORM-3D software and the rigid viscoplastic FE(finite element) theory,we study in some depth the effects of different spread outlets of a shoe on the continuous extrusion forming process of flat copper wire.
基于DEFORM3D软件,采用刚粘塑性有限元理论,运用三维有限元技术详细研究了不同靴座扩展出口宽度对铜扁线连续挤压成形过程的影响。
3.
The effects of the hindrance angles on continuous extrusion forming of the big flakiness copper flat wire are investigated by three-dimensional finite-element technology based on software DEFORM-3D.
基于DEFORM3D软件,采用刚粘塑性有限元理论,运用三维有限元技术详细研究不同阻碍角对铜扁线连续挤压成形过程的影响。
4)  continuous extrusion
连续挤出
1.
In this paper,some manufacture methods of microcellular foam plastics including the polymerization of monomers,phase separation,percipitation with a compressed fluid antisolvent,batch microcellular foaming,continuous extrusion,injection molding are introduced respectively.
介绍了微孔塑料的几种制备方法,包括单体聚合法、(热引导)相分离法、压缩流体反溶剂沉淀法、间歇成型法、连续挤出法和注射成型法,分析并比较了各种制备方法的特点及应用,展望了微孔塑料光明的发展前景。
2.
Punching plunger extrusion is a novel continuous extrusion molding technology, which provided higher processing capacity, better appearance and quality of the extrudate, compared with single-screw extrusion.
超高相对分子质量聚乙烯(PE-UHMW)管材连续挤出成型法有压制-烧结、柱塞推压、单螺杆挤出、双螺杆挤出和柱塞冲压挤出等几种,其中柱塞冲压挤出成型法是新开发的一种PE-UHMW管材连续挤出成型技术,该技术的突出优点表现在:能加工任意相对分子质量的PE-UHMW树脂,加工能力强;能实现连续挤出,生产效率不低于单螺杆挤出法,而制品的表面质量、力学性能(如耐磨性)则优于单螺杆挤出法;完全正位移输送机理,温度控制简单可靠(控温段只有三个),因此加工过程中的降解程度较小,能很好地保持原料固有的优良性能;主机结构简单,能耗低 (约为螺杆挤出法的30%-50%),生产线造价便宜。
3.
The influencing factors and technical problems of continuous extrusion of microcellular plastic foams are explained.
阐述了塑料微孔发泡连续挤出成型中的众多技术难点和影响因素。
5)  CASTEX
连续铸挤
1.
CASTEX microstructure and refining property of Al-Ti-C grain refiner;
Al-Ti-C晶粒细化剂的连续铸挤组织与细化性能
2.
Studies on Extrusion Force of CASTEX;
连续铸挤生产铝管的力能计算与分析
3.
FEM analysis of solidification process in producing aluminum product through CASTEX technique;
铝材连续铸挤动态凝固过程有限元分析
6)  continuous cast extrusion
连续铸挤
1.
Study on the continuous cast extrusion process for producing Al-Mg-Sc alloy wire;
连续铸挤Al-Mg-Sc合金线材工艺
补充资料:冲击挤压(见冷挤压)


冲击挤压(见冷挤压)
impact extrusion

ehongji jiya冲击挤压(impaet extrusion)见冷挤压。
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