离心铸造

对几种不同的AlFeSi合金进行了离心铸造。

Some various Al Fe Si alloys by centrifugal casting was conducted .

单型离心铸造机双联制动系统的配置及PLC控制

Disposition and PLC Control of Dual-brake System in Single Mould Centrifugal Casting Machine

离心铸造法制备Al3Ti/Al原位自生功能梯度复合材料

In-situ Functionally Graded Al_3Ti / Al Composites Prepared by Centrifugal Casting

电磁离心铸造Al2O3纤维/铸铁复合材料的制备与研究

Electromagnetic Centrifugal Casting of Al_2O_3 Fibre Enforced Cast Iron Matrix Composites

离心铸造法制备陶瓷颗粒增强Al合金基功能梯度复合管

Ceramic particles reinforced aluminum alloy matrix functionally graded composite tube manufactured by centrifugal casting

离心铸造Al基复合材料中SiC粒子的偏析行为

Segregation Behavior of SiC Particles in Al based Composites of Centrifugal Casting

Cr、As对水冷金属型离心铸造球墨铸铁管金相组织的影响GB/T13294-1991球墨铸铁管件高炉铸钢冷却壁冷却水管的优化研究

Influence of cr , as on metallographic structure of water-cooled metal-type centrifugal casting Nodular-Cast-Iron pipe

离心铸造SiCp/A356功能梯度材料的组织结构与耐磨性

Microstructure and Wear-resistance of SiC p / A356 Functionally Graded Material by Centrifugal Casting

磁场对离心铸造SiCP/Al合金基复合材料中颗粒分布的影响

The Effect of Magnetic on the Distribution of Particles in SiC_P / Al Matrix Composites

离心铸造SiC颗粒增强铝基复合材料活塞的组织性能研究

Structures and Properties of Pistons of SiC Particle Reinforced Aluminum Composite Formed by Centrifugal Casting

电子封装用SiC颗粒增强铝基复合材料离心铸造成形工艺研究

Study on Centrifugal Casting Process of the SiC Particle Reinforced Aluminum Matrix Composites for Electronic Packaging

离心铸造WCp/Fe-C复合材料及其应用研究

WC_p / Fe-C composites with centrifugal casting and their application

ESR钢料真空自耗凝壳炉中蜡型离心铸造为最佳的熔炼及铸造方案。

The centrifugal casting in vacuum furnace with electroslag remelting steels is best method .

离心铸造WCp/钢基复合材料的组织及断口特征

Microstructure and Fracture Characteristics of WC Particles Reinforced Steel Matrix Composites by Centrifugal Casting

电磁场对离心铸造HastelloyC凝固组织的影响

The Influence of Electromagnetic Field on the Solidification Structure of Centrifugal Casting Hastelloy C

直径2m立式离心铸造机的设计制造

Design and Manufacture of Vertical Centrifugal Casting Machine with 2m Diameter

离心铸造SiC颗粒增强铝基梯度功能复合材料薄壁筒状零件制备工艺研究

Preparation Process of Thin-wall Cylinder Component Made from SiC Particles Reinforced Aluminum Matrix Functionally Graded Material by Centrifugal Casting Method

金属型离心铸造TiAl基合金耐磨性研究

Wear-resistance of Metallic Mold Centrifugal Casting TiAl Based Alloy

Al-Si合金离心铸造产生气孔的原因及防止措施

Reasons for Producing Gas Hole and Prevention Measurement under Centrifugal Casting for Al-Si Alloy

离心铸造过共晶Al-Si合金自生梯度复合材料及其阻尼性能

In situ gradient composite of hypereutectic Al-Si alloy by centrifugal casting and its damping property

电磁离心铸造SiCP/Al复合材料励磁电压对不同粒度颗粒分布的影响

Effect of exciting voltage on the distribution of particles with different size in SiC_P / Al composite prepared by electromagnetic centrifugal casting

离心铸造自生初晶Si、Mg2Si颗粒增强Al基复合材料铸件工艺研究

Technical Study of In-Situ Primary Si and Mg_2Si Particles Reinforced Al Based Composite Tubes in Centrifugal Casting

离心铸造Mg2Si和Si自生增强的锌基合金复合材料

In-situ ( Mg_2Si + Si ) / Zn matrix composite fabricated by centrifugal casting

离心铸造法制备Mg2Si（Si）/Al梯度复合材料及其耐磨性的研究

Producing Mg_2Si ( Si ) / Al Gradient Composites by Centrifugal Casting and Study on Wear Ability

方法：采用三种不同的铸模包埋方法，离心铸造商业纯钦，经X探伤，计算机图象分析，金相照片，显微硬度及力学测试。

Methods : CP-Ti was casted in 3 kinds of investment methods . The castings were checked with computer-aid X-ray image analysis system , while microhardness and metallographic examination were proceeded .

TiAl基合金排气阀离心铸造充型过程数值模拟的试验验证

Verification of a Numerical Simulation of the Mold Filling Processes on Centrifugal Casting of Exhausting Valves of TiAl Based Alloys

采用离心铸造工艺制备了WC颗粒/钢基表面复合材料，并研究了其硬度变化的特征。

The surface composites made of steel matrix and WC particles were prepared by centrifugal casting . The hardness change of composite materials was studied .

离心铸造ZA27合金铝偏析的控制

Control of the Segregation of Al in ZA 27 Alloy by Centrifugal Casting

离心铸造Al-Fe-Si合金自生FGM的研究

In-situ Functionally Gradient Materials ( FGM ) of Al-Fe-Si Alloy by Centrifugal Casting

离心铸造铝基自生FGM的断口分析及韧脆性的分形度量

Fracture Analysis and Fractal Discrimination of Toughness Fragileness on In-situ Functionally Gradient Material ( FGM ) of Aluminum Base by Centrifugal Casting