1) thrust gear
推移装置
1.
The causes of hydraulic frame's damage include that the liquid pre ss ure of working face's pump station is increasing, the setting load is approachin g the working resistance, and the increase of the weight of secondary transporte r damages the thrust gears, etc.
造成液压支架损坏的原因包括工作面泵站供液压力增大,支架初撑力和工作阻力接近,配套运输机的重量增大造成推移装置损坏等,根据以上分析,采取了针对性的修复工艺和方案,取得了较好的经济效益。
2) process
推移
1.
Reasons of bitumen road s processing and its protecting methods;
沥青路面推移的原因及预防措施探讨
3) translation
推移
1.
For the translation problem of bituminous pavement,the paper discussed that and proposed relative countermeasures.
针对二级公路路网改建工程中最常见的沥青路面被推移的情况,进行了多方面的分析论述,以及采取的相应措施。
2.
The paper introduced the concept of bituminous pavement translation disease,analysed its cause and proposed protective countermeasure.
介绍了沥青路面推移病害的概念,分析了病害成因,提出了预防对策。
3.
Through construction practice,the paper discussed test of initial translation prevention of bituminous pavement and proposed their ideas of technical measures etc.
通过省道忻黑线翻修工程的施工实践 ,对沥青路面早期推移防治进行了试验 ,对如何采取技术措施 ,消除同类病害 ,提出了自己的看
4) slippage
推移
1.
Through the investigation of the slippage between layers of asphalt concrete pavements,the main causes of slippage are analyzed,then the test roads are paved with the technologies of fiber-reinforced asphalt concrete overlays and wire-net reinforced asphalt concrete mixes.
通过对榆林地区沥青混凝土路面推移病害进行实地调查,分析了路面推移病害产生的主要原因,针对性地采用了纤维沥青混凝土罩面和钢丝网加筋沥青混凝土技术铺筑试验路,通过经济技术分析,表明采用纤维沥青混凝土罩面与钢丝网加筋沥青混凝土技术均可以有效解决沥青混凝土路面推移问题,值得推广应用。
2.
We study the mechanism of slippage in rural road surface in Liaoning Province from a theoretical point of view in order to find reasonable technical measures to handle problems aroused.
目的研究辽宁省低等级公路路面推移现象产生的机理,提出合理的防治该种病害的技术措施。
5) particle pushing
颗粒推移
1.
0%Si (mass fraction) composite prepared by stir casting was simulated by a modified cellular automaton method coupled with finite difference method and two-dimensional models under normal solidification condition including macro heat transfer, nucleation, equiaxed dendrite growth and particle pushing.
0％Si(质量分数)复合材料的微观组织形成过程进行了模拟研究,建立 了常规凝固条件下相应的宏观传热、等轴枝晶形核生长以及颗粒推移的二维计算模型,采用一种改进的CA(cellular automaton) 方法与有限差分法耦合进行数值计算,研究了不同铸造方式对复合材料微观组织以及颗粒分布的影响。
2.
Based on theoretical analysis,a model of mass ratio of equiaxedcell and particle describing intensity of particle pushing was established.
通过分析，建立了描述等轴晶凝固条件下，颗粒推移强烈程度的晶粒与颗粒质量比模型，模型预测与试验结果吻合良好。
6) horizontal translocation
水平推移
参考词条
补充资料：封口装置——滚纹装置
封口装置——滚纹装置     | ||
|
说明：补充资料仅用于学习参考，请勿用于其它任何用途。