1) functionally graded materials (FGM)
梯度结构材料
2) functionally graded thermoelectric material(FGTM)
梯度结构热电材料(FGTM)
3) heterogeneous materials with gradient structure
复合材料梯度结构
4) graded thermoelectric materials
梯度结构热电材料
5) Functionally graded material
梯度材料
1.
With the extensive use of functionally graded material(FGM) in engineering fields,the mechanics about this kind of non-homogeneous material have been extensively developed in the recent years.
梯度材料的广泛应用促进了梯度材料力学的深入发展。
2.
It was found that along with the decay of the phase boundary,the functionally graded material (FGM) formed in the mixed-phase region.
采用一种基于简单混合物模型的本构 ,研究了不可逆相变材料中一维的冲击相边界的传播规律 ,发现在突加载荷并连续卸载的应力边界条件下 ,样品内部有梯度材料形成。
3.
Reasonable thickness of different layers of (TiB 2+Fe)/Fe FGM (functionally graded material) composites was determined by the adiabatic temperature calculation of Ti+B+Fe system and the finite element calculation of the temperature in the samples.
通过对不同Fe含量的Ti+B +Fe体系绝热温度计算和试样温度有限元计算 ,确定了 (TiB2 +Fe) /Fe梯度材料各层合理的厚度 ,并采用SHS/QP技术制备了 (TiB2 +Fe) /Fe梯度材料。
6) Gradient material
梯度材料
1.
Preparation of TiB_2+Ni/Ni_3Al/stainless steel gradient material via FASHS;
FASHS技术制备TiB_2+Ni/Ni_3Al/405不锈钢梯度材料
2.
The lubrication wear resistance gradient material is the development of ion sulfurization technology.
润滑耐磨梯度材料是离子渗硫的发
3.
In older to increase the adhesive strength between the Ti6A14V and DLC, the gradient material of Ti6A14V-DLC was designed by the method of Finite Element Analyze (FEA), and the effects of different parameters on the thermal stress distribution were studied.
为了提高钛合金（Ｔｉ６Ａｌ４Ｖ）基体和类金刚石薄膜（ＤＬＣ）之间的附着强度，采用有限元分析法对ＴｉＡｌ４Ｖ－ＤＬＣ系生物梯度材料进行了热应力缓和设计，对不同参数对热应力分布的影响进行了分析，计算结果表明对Ｔｉ６Ａｌ４Ｖ－ＤＬＣ系生物梯度材料，最优热应力缓和参数如下：体积分布系数 ｎ＝ １。
补充资料：镁铬质耐火材料基质结构单元显微结构
镁铬质耐火材料基质结构单元显微结构
镁铬质耐火材料基质结构单元显微结构
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