semi-solid forming

Study on SIMA Semi-Solid Forming of Aluminum Alloy and Its Particles Reinforced Composites

铝合金及其颗粒增强复合材料的SIMA半固态成型研究

A range of processes is now being practiced commercially in semi-solid forming .

一系列工艺过程现已应用在半固态成型的商业实践中。

Quality and Properties Control of Semi-solid Forming Product and Primary Material

半固态原料质量与产品性能的控制

New progress , application and prospect of semi-solid forming technology

半固态加工技术的研究新进展、应用及前景

Numerical Simulation and Die Design for the Back Screw Semi-Solid Forming

螺旋桨后桨半固态成形数值模拟及模具设计

Study on Semi-solid Forming Process of Kinds of Aluminum Alloy for Automobile

几种车用铝合金的半固态成形工艺研究

Knowledge frame , creative thinking and technical innovation of semi-solid forming

知识结构、创造性思维与半固态成形技术创新

Technology of Semi-Solid Forming and its New Classification

金属半固态成形工艺及其新分类方法

Research Status of Rheological Behavior and Production of Semi-solid Forming Metal Matrix Composites

半固态金属基复合材料的制备及流变性研究进展

Microstructure and Properties of Semi-Solid Forming Hypereutectic High Chromium Cast Iron

过共晶高铬铸铁半固态成形组织和性能

Semi-solid forming of EMS is one of mature methods , and it has been used in industry .

半固态电磁搅拌法是半固态成形技术中较为成熟的方法之一，并已开始应用于工业生产中。

Therefore , it is necessary to develop a high-strength magnesium alloy for semi-solid forming .

因此，有必要开发一种适合半固态成形的高强镁合金。

Progress of Semi-solid Forming under Pressure

半固态压力成形工艺的研究进展

Semi-solid forming technology can improve the alloy structure and mechanical properties , reduce the stomata and segregation .

半固态成形技术可以改善合金组织，使铸件内部组织致密，气孔、偏析等缺陷减少，使合金的力学性能得到提高。

At last , the development trend about shaping of metal matrix composites by semi-solid forming techniques is presented .

最后，对半固态成形技术应用于金属基复合材料中的成形加工发展方向做了展望。

The Technology Research of Semi-solid Forming Pulps and Ingot Which are Made by Strong Cooling with Single-tube

单管强冷制备半固态成形浆料及坯料的工艺研究

SSF ( semi-solid forming ) is new technology to manufacture near net shaped parts with a globular microstructure .

半固态成形是一种可以生产出近终形零件的新型成形技术，所获得的零件的显微组织为球状晶。

The effects of the filling velocity and gate shape and located position on semi-solid forming quality and flow patterns were investigated with simulation .

对不同充填速度、浇口形状以及浇口设置位置下半固态成形过程进行模拟分析。

The authors forecast the development of semi-solid forming optimistically in the future based on the application actuality of it in China or abroad .

立足于国内外半固态加工应用现状，对其未来发展作了一种较乐观的预测。

Basic laboratory research , as well as solidification theory , indicate that there are two distinct paths to form the desired structure for semi-solid forming .

从基本的实验室研究及固化原理上看，有两种完全不同的方法形成理想的半固态结构。

Magnesium alloy is easily oxidized and burned in the usual forming process , but the semi-solid forming technology is effective to solve this problem .

镁合金在一般成形过程中容易氧化燃烧，而采用半固态成形可有效的解决此问题。

Three optimizing techniques , including full enclosed smelting & pouring integrated method , ignition proof by magnesium alloying technology and semi-solid forming technology , are discussed .

讨论了全封闭式熔化及浇注集成化方法、合金化阻燃技术和半固态成形技术等三种工艺优化方法。

During the semi-solid forming process , the deformation texture in microstructure of Mg alloy at high solid content was found and the higher the temperature , the less the texture .

半固态镁合金组织在高固相率挤压成形过程中会产生形变织构，织构条纹随着成形温度的升高而逐渐舒缓以至消失。

Morphology and size of the microstructure in semi-solid forming were quantitatively examined by shape factor and equivalent diameter of primary α phase and the measured data were listed .

用初生α相的形状系数和等效直径定量描述半固态组织的形貌和尺寸，给出了测定数据。

Most aluminum alloys which have been used in casting and plastic processing can 't satisfy the characteristics required for semi-solid forming , which has made it necessary to design new aluminum alloys .

目前大部分铝合金是为了满足液态成型或塑性成型的特性而设计的，难以较好地满足半固态成型的特性要求，因此，设计出新的铝合金以满足半固态成型要求就十分必要。

Thixomolding , the only Semi-Solid Forming ( SSF ) method for magnesium alloy on industrial scale , is suited to manufacture products with complicated figure and high density .

触变注射成型是目前唯一用于镁合金工业化生产的半固态成形技术，适合形状复杂、致密度高的零部件的生产。

Analysis of the Temperature of Slabs out of CCM in HCR Technology The Technology Research of Semi-solid Forming Pulps and Ingot Which are Made by Strong Cooling with Single-tube

热送热装工艺中板坯出连铸机温度的分折单管强冷制备半固态成形浆料及坯料的工艺研究

The importance of the metal forming technology on manufacturing industry is analyzed . The type of the semi-solid forming technology is introduced . The composition of the magnesium alloy injection molding device is elaborated .

分析了金属成形工艺在制造业的重要性，介绍了半固态成形工艺的类型，阐述了镁合金注射成形装置的组成，给出了镁合金注射成形工艺的研究方向。

Mg-Zn-Al alloy has higher mechanical properties at room temperature and high temperature , and it has low cost , therefore it widely researched and used , further strengthen it by semi-solid forming is feasible .

Mg-Zn-Al合金具有较高的室温及高温力学性能，成本低廉，其研究和应用较为广泛，并且热处理强化效果较好，所以可利用半固态成形对其进一步强化。

First , to obtain the high strength magnesium alloys which have remarkable effect of heat treatment strengthening , then using semi-solid forming to improve its mechanical properties , and finally through the heat treatment further strengthened .

开发合金的思路主要是，先获得强度较高且热处理强化效果显著的镁合金，要求该合金满足半固态成形，并具有较强的可控性，然后利用半固态成形以及热处理提高其力学性能。