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machanical model
相关语句
  力学模型
     The paper establishes the differential equation on the pull-out test according to the machanical model of the test and solves the equation with difference method.
     本文通过土工织物室内拉拔试验的力学模型,建立拉拔微分方程,并用差分法求解。
短句来源
  “machanical model”译为未确定词的双语例句
     STUDY ON VISCOELASTIC MACHANICAL MODEL RECOGNITION OF ROCK MASS AND METHODS OF PARAMETER INVERSION ANALYSIS
     粘弹性岩体力学模型识别与参数反演解析方法研究
短句来源
     experimental sedimentology,as the result of the application of sophisticated technology to sedimentology,from tradltlonally qualitatlve description to quantitative statistics,genetlcal law,and machanical model;
     实验沉积学屏弃了传统的定性和描述性研究,注重定量统计、成因规律和机制模拟等的研究;
短句来源
  相似匹配句对
     Model.
     模型的适用范围。
短句来源
     model.
     模型。
短句来源
     STUDY ON VISCOELASTIC MACHANICAL MODEL RECOGNITION OF ROCK MASS AND METHODS OF PARAMETER INVERSION ANALYSIS
     粘弹性岩体力学模型识别与参数反演解析方法研究
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The paper establishes the differential equation on the pull-out test according to the machanical model of the test and solves the equation with difference method. Otherwise, the inverse problem is solved which associated the data of the pull-out forces and the deformations on the arranged displacing measuring points (Ft, (Uj)) with the pull-out differential equation, and the distributions of the frictional stress of the soil and the stress-strain of the geotextile along its length are gotten from the solution....

The paper establishes the differential equation on the pull-out test according to the machanical model of the test and solves the equation with difference method. Otherwise, the inverse problem is solved which associated the data of the pull-out forces and the deformations on the arranged displacing measuring points (Ft, (Uj)) with the pull-out differential equation, and the distributions of the frictional stress of the soil and the stress-strain of the geotextile along its length are gotten from the solution. So, the paper provids an effective experimental analysis method on interface behaviour research of the soil-geotextile interaction

本文通过土工织物室内拉拔试验的力学模型,建立拉拔微分方程,并用差分法求解。另外,以实测拉拔力和各测点位移数据{F_t,{U_j}}以及拉拔微分方程构成反问题求解,获得了沿试样长度方向上的摩擦阻力分布及土工织物的应力分布,为土—土工织物界面特性研究提供了一种有效的实验分析方法。

A significant development of modern sedimentology mainly includes the occurrence and development of a series of frontier,branch,inter,and cross discinplines,of which sequence stratigraphy has diverted its attention from traditionally sequence to sequence biostratigraphy,diagenetic-sequence stratigraphy, high-frequency sequence stratigraphy, high-resolution-sequence stratigraphy, applied-sequence stratigraphy,and quantitative-sequence stratigraphy; resource sedimentology from mineral resource sedimentology to...

A significant development of modern sedimentology mainly includes the occurrence and development of a series of frontier,branch,inter,and cross discinplines,of which sequence stratigraphy has diverted its attention from traditionally sequence to sequence biostratigraphy,diagenetic-sequence stratigraphy, high-frequency sequence stratigraphy, high-resolution-sequence stratigraphy, applied-sequence stratigraphy,and quantitative-sequence stratigraphy; resource sedimentology from mineral resource sedimentology to the limitation and rarity and utilization of natural resource related to coordinated development of society;environmental sedimentology from pure environment science to the economy,exploitation,planing,administration,protection,and prevention and control of environment;tectonic sedimentology from relationship between plate tectonics and sedimentaion to dynamic model of sedimentary process in various basins under differenttectonic settings in order to precisely predict related mineral resources;evental sedimentology from traditionally simple geological events to probable modern-future global events;reservoir sedimentology from pure sedimentology of reservoirs to diagenetic,karst,organic,fissure,combinedreservoir sedimentology,and reservoir description;global cyclostratigraphy from global paleo-olimatology,-geography,-tectonics,and sedimentation based on global sedimentary rocks to put global natural resources to rational exploitation, use,and planing;geodynamics sedimentology from the origin,development,and evolution of sedimentary basins of different geodynamic conditions based on geodynamics and sedimentology,to interpret the genedcal relationship between lithosphere and biosphere,atmosphere,and hydrosphere;experimental sedimentology,as the result of the application of sophisticated technology to sedimentology,from tradltlonally qualitatlve description to quantitative statistics,genetlcal law,and machanical model;global change sedimentology from the genesis,process,and consequence of the past global change to possible future global change.

现代沉积学重大进展主要表现在各种边缘、分支、交叉、横断学科的诞生和发展。其中,层序地层学的进展表现在层序生物地层学、成岩层序地层学、高频层序地层学、高分辨率层序地层学、应用层序地层学、定量层序地层学等理论的涌现和发展;资源沉积学从过去的矿产型资源沉积学研究转向了资源的有限性和稀有性、资源的永续利用与社会经济持续协调发展研究;环境沉积学从单一的环境科学研究转向了与环境经济、开发、规划、管理、保护、防治等相结合的研究;大地构造沉积学从板块构造与沉积作用关系研究转向了对不同板块构造背景下盆地沉积过程的动态模拟,进而更有效、更精确地对相关矿产进行预测;事件沉积学从传统的地质灾害事件研究发展到了近现代乃至未来全球事件的研究和预测;全球旋回地层学以全球沉积岩为研究对象,以全球古气候、全球古地理、全球构造运动和沉积作用为研究内容;大陆动力沉积学以大陆动力学和沉积学为基础,探讨不同大陆动力学背景下沉积盆地的形成机制和发展演化,最终了解大陆岩石圈演化与生物圈、大气圈及水圈之间的关系;实验沉积学屏弃了传统的定性和描述性研究,注重定量统计、成因规律和机制模拟等的研究;全球变化沉积学通过过去全球变化的成因、过程和后果的研究,预测并?

Based on the characteristics of the screw press dynamic load, machanical models representing every blow stage are established in this paper, and proved by the experiments. Moreover, the major factors effecting the vibration of the screw press are presented. This paper provides a theorical basis for the study of isolating vibration of the screw press.

根据螺旋压力机动载荷特点,对各个阶段建立了力学模型,并用实验验证其正确性,提出了影响螺旋压力机振动的主要因素,为后续减振研究提供了理论依据.

 
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