梯度材料

SiCp/Al-8.8%Si合金梯度材料的硬度由外向内逐渐降低，呈梯度变化，与SiC颗粒的分布规律一致；

The hardness of SiC p / Al 8.8 % Si alloy FGM decreases gradually from the edge to the core of the specimens and experiences gradient change as well , which agrees well with the distribution law of SiC particles in the specimen .

因而，功能梯度材料的接触力学成为了一个重要的研究课题。

Therefore , the contact mechanics of FGM becomes a significant research topic .

基于STEP的多功能梯度材料信息融合方法

An Approach of Integrating Functionally Gradient Material Information Based on STEP

梯度材料层状结构中的Love波

Love waves in layered structures with graded materials

研究了功能梯度材料层状结构中Love波的传播特性。

The propagation behavior of Love waves in layered structures with functionally graded materials is discussed .

反应热压法制备Al2O3/NiCrAl复合材料及功能梯度材料

Al_2O_3 / NiCrAl composites and functional gradient materials fabricated by reactive hot pressing

Al2O3/Ni功能梯度材料电沉积工艺的研究

Electrodepositing Technology of Al_2O_3 / Ni Functional Gradient Materials

SiCp/Al-Si合金梯度材料的磨损特性

Wear Behavior of SiC_p / Al-Si Alloy Functionally Gradient Material

Al2O3型碳/陶功能梯度材料烧蚀试验研究

Erosion test of Al_2O_3 functional gradient carbon-ceramic composites

SiC陶瓷及其复合材料的先驱体高温连接及陶瓷金属梯度材料的制备与连接研究

Study on Pyro-Joining of SiC Ceramic and Its Composites by Precursor and Ceramic-Metal Joining by Fgm

SH波与功能梯度材料静止裂纹的相互作用

Interaction between SH-waves and static crack in functionally grated material s

HATi/Ti/HATi轴对称生物功能梯度材料的制备及其热应力缓和特性

Preparation and thermal stress relaxation characteristics of HA ti / ti / ha Ti axial symmetrical functionally graded biomaterial

不同反应时间下，生成不同文石／HA比例的梯度材料。

Within different lengths of time , the cuttlebones transform into the gradient materials with different rate of aragonite / HA .

功能梯度材料（简写FGM）是一种比较特殊的非均匀材料。

Functionally graded materials ( abbreviated FGM ) is a special non-uniform materials .

ZrO2-NiCrAl系功能梯度材料分维数与力学性能的关系

Relationship between zro_2nicral FGM fractal dimension and mechanical properties

建立了功能梯度材料中SH波的变系数微分方程。

The differential equation with varied coefficient of the SH-wave in the functionally graded materials is established .

针对激光熔覆中的裂纹问题，进行了Ni基合金粉末单道、多道和梯度材料熔覆过程的裂纹试验，分析了材料成分对裂纹产生的影响；

It analyzed effect of material ingredient on crack forming by cladding experiments of single cladding , multiple cladding and gradient material cladding of nickel-based alloy .

图像分析方法研究DLC膜/Ti6Al4V梯度材料的血液相容性稳定性

Research on Stability of Hemocompatibility of DLC Film / Ti6Al4V Gradient Material Using Image Analysis Method

本文就ZnOWO3Na2WO4（简写为ZNWNAO）体系中用电化学方法制备致密金属钨以及FeW梯度材料的基础进行了详细的研究。

In the present work , the preparation technology of dense tungsten and Fe-W gradient material are studied by electrochemical method in ZnO-WO_3-Na_2WO_4 system .

ZrO2－Ni功能梯度材料界面结构的研究

Interface structure of zro_2-ni functionally gradient material

文中在试验基础上分析了Al2O3型碳/陶功能梯度材料在发动机工作条件下的烧蚀性能及导热性能。

The erosion property and thermal conductivity of the material used in SRM are assessed on the basis of test results .

对由金属和陶瓷两种材料制成的功能梯度材料（Functionallygradedmaterial，FGM）矩形板在非保守力作用下的稳定性问题用微分求积法进行研究。

The stability of Functionally Graded Material ( FGM ) rectangular plate made of metal and ceramic under the action of non-conservative force is analyzed .

目的研究金属-陶瓷功能梯度材料（FGM）的基体与颗粒的界面热应力。

Aim to investigate the thermal stress for the interface of functionally gradient material ( FGM ) .

燃烧合成TiC-Al2O3/Fe梯度材料及其抗热震行为

Combustion Synthesis TiC-Al_2O_3 / Fe FGM and its Resisting Thermal Shock Behaviors

电场激活燃烧合成（TiB2）PNi/Ni3Al/Ni功能梯度材料

Synthesis of ( TiB_2 ) _PNi / Ni_3Al / Ni gradient material via field-activated combustion

表面成分检测渗镀层呈梯度材料分布，表面钛原子和氮原子之比，符合TiN相结构。

The infiltration layer was distributed with functionally gradient material by surface components detection . The surface rate of Ti atom and N atom conformed to TiN phase structure .

重点介绍了微米和纳米复合材料，并简单介绍了功能梯度材料（FGM）。

Ceramic micro-and nano-composites are discussed in detail , and functionally gradient materials . ( FGM ) are also briefly described .

具有连续组分的Ti-Mo系梯度材料的制备

Fabrication of Ti-Mo functionally graded material with smoothly varying composition

TiC-Ni系功能梯度材料的断裂力学有限元分析

Cracking problem analysis of TiC-Ni FGM using finite element method

熔盐电化学法制备Fe-W功能梯度材料的基础研究

The Basical Study on Fe-W Functionally Gradient Materials by Electrochemical Method in Salts