applied load中文是什么意思

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中文翻译
造句

施加的负载
施加载荷
使用载荷
外加负载
外施荷载
外施载荷
作用荷载

applied adj. 适用的，应用的，实用的 (opp. pure, ...
load n. 1.装载，担子；负担；工作(负荷)量。 2.(车船 ...
applied load factor 使用载荷系数
direction of the applied load 加载方向
external applied load 外载荷
externally applied load 外加载荷; 外载
gradually applied load 渐加荷载; 逐渐施加的荷载
instantaneously applied load 瞬时荷载
sudden applied load 突加载荷
suddenly applied load 突加载荷; 突加载核; 骤加荷载; 骤加载荷
suddenly-applied load 突加载荷; 骤加荷载
applied adj. 适用的，应用的，实用的 (opp. pure, abstract, theoretical)。
applied to 施加到
be applied to 被用于...来源：考试大; 适用于, 应用于, 施加于, 用来表示, 与...接触; 用于
be applied with 装配有
a load of 大量, 许多
load n. 1.装载，担子；负担；工作(负荷)量。 2.(车船等的)装载量；一驮，一车，一飞机。 3.【电、机】(机械等的)负载(量)，负荷(量)；发电量。 4.充填，装药，装弹。 5.〔pl.〕许多，大量，一大堆。 6.〔俚语〕使人喝醉的量。 7.【生物学】(不利)负荷〔指有害基因的存在〕。 a load of care 精神负担。 a load of debt 债务的负担。 be ever ready to bear a heavy load on one's shoulders 勇于挑重担。 a cart load of furniture 一货车家具。 a load of hay 一堆干草。 We have to make three loads of the cargo. 我们得把货物分成三批装运。 genetic load【生物学】遗传负荷〔指有害基因的存在〕。 the breaking load最大载荷。 the capacity load满载。 the dead [static] load恒载，静(荷)载，自重。 the live [moving, mobile] load活负载，动荷载。 the peak load最大负载，峰负载 the permissible load容许负载。 the rated load额定载荷。 the safe load安全负载。 the working load资用负载。 loads of friends 大批朋友。 loads of time 充裕的时间。 a teaching load of twenty hours a week 每星期二十小时的教学任务。 be a load off one's mind 如释负重。 get a load of 〔美俚〕仔细听；注意看。 have a load on 〔美俚〕喝醉。take a load off one's feet 〔美俚〕坐下休息。 take a load off sb.'s mind 解除某人思想负担，使某人放心。 vt. 1.把货装到(船、车等)上；装(货)。 2.装满，使负担。 3.把子弹装到(枪里)；把胶卷装入(照相机)。 4.用铅加重(骰子、手杖等)；用低劣物质等搀入。 5.(人寿保险)加收额外保险费。 load cargo into the hold 把货装进船舱。 a heart loaded with care 心事重重。 a table loaded with delicacies 摆满佳肴的桌子。 air loaded with carbon 充满碳气的空气。 load one's stomach with food 吃得太多。 load sb. with praise 极力称赞某人。load a camera with film 给照相机装胶卷。 This wine has been loaded. 这种酒是搀了水的。 vi. 1.(在枪里)装弹药；装料。 2.(车、船等)装货；上船，上车。 Load! 【军事】装子弹! The ship is loading for London. 这船正装货运往伦敦。 They loaded into the boat. 他们上船了。 be loaded down with 〔美国〕＝ be loaded up with 装着…，存有(某种股票等)。 load down 装载甚重。 loaded for bear 〔俚语〕 1. 有充分准备。 2. 生气；准备打架。 load the dice against sb. 对某人使用加重骰子；使用不正当手段占人便宜。
load on 加负荷
load with 装载某物
no load 空载; 免佣金的股票; 无荷载; 无载的
no-load adj. (出售股票时)免付佣金的。
on load 带负载的; 有载的; 在荷载下
to load 装胶卷; 装入,寄存,写入,加载
appl applied 应用的
applied accountancy 应用会计

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例句与用法

Based on the theories of gear engagement , contact analysis , friction and heat transfer , a three - dimensional finite element model of gear tooth was established to investigate temperature distributions and variations along the contact path over a range of applied loads and operating speeds with consideration of lubrication conditions . sensitivity analysis of surface temperature to gear configuration , frictional heat flux , heat transfer coefficients , and oil and ambient temperature was conducted and the major parameters influencing surface temperature were evaluated
本文基于齿轮啮合原理、轮齿接触分析、摩擦学和传热学，以有限元分析方法和理论分析计算相结合为手段并以实验测量结果作为参考，建立了适用于工业应用并具有较高计算精度的高速齿轮传动轮齿温度分析的模型和方法，系统地分析了轮齿本体温度的大小和分布以及齿轮几何、载荷及转速和润滑冷却条件等对轮齿本体温度的影响。
Being lacking of understanding of behaviors of circular working shaft , the paper proposed theory about ring - beam ' s load - distribution calculations and analyzed the structural behavior of circular working shaft ( cws ) by the numbers from the standpoint of properties of structural style and stress incorporated with thoughts of shared load introduced to research of cws . first , regarding cws as structure of series of hypothetic horizontal circular rings and vertical beams , and considering cws ' s formation and development , the paper proposed load - distribution thoughts to solve cws ' s calculations . ring - beam calculation theory was put up and software cbtlmp1 . 0 was worked out based on the conditions of external applied load shared by rings and beams , and of deformation conformity
首先，本文提出用分载思想解决圆形工作井结构的计算分析问题，将圆形工作井结构看成是由一系列的假想的水平圆环和竖直梁组成的结构，考虑工作井形成过程及形成阶段与项进阶段的连续性，根据某一时刻相对于上一时刻外载增量由环与梁分担、环与梁在交叉处变位增量一致的条件将环计算理论与梁计算理论结合起来，据此建立了环?梁分载计算理论并研制了环?梁分载计算分析软件cbtlmpv1 . 0 。
Based on this , presented a new micro pressure sensor , which adopted a si3n4 sensitive membrane ; since the membrane is very thin , we can use membrane - deflection theory to describe the deflection of the membrane under a uniformly applied load , and because with no bending stiffness , the sensitivity of the sensor was increased consequently . finally , numerical calculation of the deflection and stress analysis of the membrane was performed . by utilizing ansys simulation , we can testify that the performance of the sensor reached the design requirement
通过改进敏感元件结构，提高了其性能，从而得到适用于灵巧蒙皮表面压力测量应用的器件阵列：在此基础上，本文提出了一种新型的微型压力传感器结构，该结构采用的敏感膜片以氮化硅为材料，厚度较薄，因此该膜片的变形适用于薄膜变形理论的分析，忽略了弯曲应力的影响，从而提高了传感器的灵敏度。
It was found that the friction force reduced when the sliding velocity increased under a relatively low applied load . the friction properties of the aligned carbon nanotube film were very uniform in test region . the film on aao template had a considerable self - lubricating effect and the friction coefficient of the film was only 0 . 082
结果表明：多孔aao模板上的定向纳米碳管薄膜在干滑动条件下其摩擦力随滑动速度的增加而减小；多孔aao模板上的定向纳米碳管薄膜在大范围内具有相同的摩擦性能，其摩擦系数仅为0 . 082 。
Based on the random factor method , considering the randomness of both the elastic module of the structures and the applied load , the finite element equations of the structures are built , and the computational expressions of the mean value and mean variance of the structural displacement response and stress response are developed by the algebra method
利用随机因子法，建立了结构的弹性模量和外载荷同时具有随机性时结构的有限元方程；利用代数综合法推导出结构位移和应力响应的均值、方差的计算表达式。
In addition , the comparisons of displacements , velocities , solid effective stresses and pressure , obtained respectively by nonlinear model and linear model , display that the differences of the results become more obvious as the increase of the applied load , which demonstrates that the non - linear dependence of permeability on volume strain of solid phase is important as the deformation is not too small , and therefore cannot be ignored
此外，将本论文给出的非线性计算模型得到的位移、速度、固体有效应力和压力等与视渗透率为常数的线性模型的结果比较表明，载荷越大，两种模型的计算结果差异越大。而当载荷很小时，两模型的响应相差很小。说明在变形较大时，渗透率与固体相体积应变的依赖性不容忽视。