- 更多网络例句与抗力相关的网络例句 [注：此内容来源于网络，仅供参考]
-
And this paper assumes that resisting power is accordwith parabola, gets all arch as basic configuration, gets formulation from the condition that therelative corner , horizontal displacement and vertical displacement of vault section iszero,adds deformation condition of maximum resisting power and zero resisting power, solvesequation group to get the internal force of lining . And lining internal force computing methodunder bias load based on assumed resisting power method is formulized.
本文假定弹性抗力按二次抛物线分布，取全拱为基本结构，由拱顶截面的相对转角、相对水平位移和相对垂直位移为零的条件列出变形协调方程，再增加最大弹性抗力处的变形协调条件和弹性抗力为零处径向位移为零的变形协调条件，解方程组求解得出衬砌结构的弹性抗力分布及内力。
-
The neural networks correction method combining the local map with radial based function networks and the global map with linear transform was applied to calculate the deformation resistance of the strip and the friction coefficient in the rolling deforming region.
采用径向基函数的局部映射和全局线性映射相结合的神经网络校正模型求解带钢变形抗力和轧制变形区的摩擦因数；并采用轧制变形区离散化方法分析轧制变形区内张力、摩擦力及金属变形抗力等在带钢轧制方向上的分布规律，从而建立轧制力在线计算数学模型。
-
With the natural logarithm applied to the division of layers of thickness, the division of deformation resistance parameters is carried out according to different layers of thickness to solve the self-learning of rolling force. Then, the method of exponential smoothing is introduced into the model to deal with the deformation resistance parameters of each and every layer of thickness.
模型通过自然对数法进行厚度族的划分，并将用于轧制力自学习的变形抗力参数按照不同的厚度族进行区分，最后模型采用了指数平滑法对各个厚度族内的变形抗力参数进行处理。
-
Other Psionic and Magic Gear: Dorje of firefall (2nd), dorje of charm person (3rd), crystal capacitor [1] (4th-8th), third eye concentrate (4th), cloak of resistance +1 (5th-19th), dorje of knock (6th-7th), crystal capacitor [3] (7th-11th), dorje of invisibility [9th-level manifester] (8th), crystal mask of mindarmor (9th-12th), 3 powerleech pearls (10th, 18th-20th), dorje of whitefire (10th), amulet of natural armor +1 (11th-16th), third eye aware (11th), psionatrix of Psychoportation (11th), gloves of Dexterity +2 (12th-16th), ring of stabilization (12th), crystal capacitor [5] (13th-16th), torc of free will (13th), bracers of armor +2 (14th-20th), dorje of negate psionics (14th-15th, 18th), ring of fire resistance (16th), amulet of natural armor +2 (17th-20th), skin of striking (17th), crystal capacitor [7] (17th- 18th), gloves of Dexterity +4 (17th-18th), amulet of natural armor +3 (19th-20th), gloves of Dexterity +6 (19th-20th), crystal capacitor [9] (19th), cloak of resistance +3 (20th).
其他灵能和魔法装备："落炎术"灵杖(2级)，"魅惑人类"灵杖(3级)，灵容[1](4至8级)，隐匿镶额眼(4级)，+1抗力斗篷(5至19级)，"敲击术"灵杖(6至7级)，灵容[3](7 至11级)，"隐形术"灵杖[显能者等级9](8级)，水晶心防面具(9至12级)，夺能珍珠×3(10级、18至20级)，"苍火"灵杖(10级)，+ 1天生防御护符(11至16级)，知觉镶额眼(11级)，心灵传送灵锥(11级)，+2敏捷手套(12至16级)，稳定戒指(12级)，灵容[5](13至16级)，自由意志项圈(13级)，+2防御护腕(14至20级)，"消解灵能"灵杖(14至15级、18 级)，次级抗火戒指(16级)，+2天生防御护符(17至20级)，反击灵皮(17级)，灵容[7](17至18级)，+4敏捷手套(17至18级)，+3天生防御护符(19至20级)，+6敏捷手套(19至20级)，灵容[9](19级)，+3抗力斗篷(20级)。
-
They are FF testing methods, surface treatment technique, evaluation of the properties of surface modification layer, coating induced embrittlement, selection of coating materials, effects of SP and other surface modification on fretting fatigue resistance . A new coating technology combined with shot peening is proved in improving FFR of titanium alloy. The relation between fretting wear and fretting fatigue mechanism of titanium alloy are discussed on the basis of the experimental results. The main contributions are as follows:(1) Shot peening is the most efficient way in improving fretting fatigue resistance of titanium alloys. Working hardening, roughening and compressive residual stress are involved in the shot peened surface.
本文针对上述问题，从影响FF行为的关键环节：FF实验方法、表面处理工艺技术及表层性能评价、镀层引起的钛合金脆化行为、脆化机制及镀层材料的选择、喷丸强化因数和表面涂层对钛合金FF抗力的影响、FF与微动磨损的联系等，深入系统地研究影响钛合金FF抗力的控制因数，探讨FF机理，并通过喷丸形变强化与新型表面镀或渗层合理复合，达到进一步提高钛合金FF抗力的目的。
-
Through the comparative analysis of the earth pressure calculated by the different calculation methods, it is known that when the earth pressure behind the abutment of the integral abutment bridge under the action of rising temperatures is calculated, it is not proper to use the m method to calculate the resistance coefficients of the abutment back wall and column earth while the resistance coefficient of the abutment back wall earth can be calculated by the Broms method. It is proper that the resistance coefficients of the earth of the abutment and pier piles should be considered by the p-y curve.
通过对不同方法计算的台后土压力的对比分析，得知：在计算升温引起的整体式桥台桥梁台后土压力时，桥台背墙及台柱土的水平抗力系数计算采用m法是不适合的；桥台背墙后填土的水平抗力系数可采用Broms法计算；土对台桩及墩桩侧的水平抗力系数按p-y曲线来考虑是适合的。
-
The Broms method, m method and p-y curve method are respectively used to calculate the horizontal resistance coefficient of the filled earth behind the abutment back wall, the m method and p-y curve method are used to calculate the resistance coefficients of the earth around the abutment column and at the sides of the abutment and pier piles. The TDV software is used to simulate the restraint of the earth to the piles ends.
分别采用Broms法、m法及p-y曲线法计算桥台背墙后填土的水平抗力系数；采用m法及p-y曲线法计算台柱土的水平抗力系数和台桩、墩桩侧土的水平抗力系数；采用TDV软件模拟土对桩端的约束作用。
-
Then, safety analysis method was constituted considered the typical damage of concrete beam bridge. 5. By amending the reduction rate of loading capacity used in Code for Maintenance of Highway Bridges and Culvers (JTG H11-2004), a new reliable index is presented in the same safety standard to reflect the relation between load and resistance. According to the basic principal of calibration method, the recommended gradation index was computed under various factors such as different load combinations, vehicle operating status and different failure modes. With these calculated numerical values, the calculated reliability indexes standard for the estimation of safety degree of in-service concrete girder bridge members was ultimately obtained.6. Based on the related standards and results on crack and displacement that cannot continue to loading at home and abroad, the evaluation grade of the concrete beam bridge is proposed by analogy.
针对材料和构件损伤对混凝土梁式桥抗力的影响，基于材料和构件层次典型损伤的修正计算公式，在结构既有以及时变抗力评估的概率模型基础上，通过误差传递公式获得抗力统计参数，对抗力进行修正，构成了考虑混凝土梁式桥典型损伤的安全性分析方法。5、依据校准法原理，将《公路桥涵养护规范》(JTG H11-2004)中不同类别承载力下降率转化为修改分项系数，分别计算了轴心受压、轴心受拉、受弯、大偏心受压、受剪构件在各种情况下的可靠指标，根据破坏类型对校准结果进行分析，提出了基于可靠度的公路混凝土梁式桥安全性评定等级。6、基于不能继续承载的裂缝和位移的相关国内外规范和研究成果分析，通过类比提出了混凝土梁式桥不能继续承载的裂缝和位移评定等级界限。
-
Then the time-dependent resistance models of the timber beam and timber column are calculated in which the empirical formula in China is used for above- ground,exposed timber beam and column and the decay depth model for under-ground timber in Australia is adepted the timber embedding wall.
然后据此推导了彩钢活动房各类构件的腐朽抗力衰减模型，采用国内经验公式推导了抗弯腐朽木梁和地面上木柱的随机时变抗力模型；采用澳大利亚的地下木材的腐朽深度—时间模型，推导了初始抗力为正态分布的随机变量的墙内木柱的随机时变抗压承载力模型，并采用该模型对某历史结构的木梁进行了剩余寿命预测。
-
Then the time-dependent resistance models of the timber beam and timber column are calculated in which the empirical formula in China is used for above- ground,exposed timber beam and column and the decay depth model for under-ground timber in Australia is adepted the timber embedding wall.
然后据此推导了各类构件的腐朽抗力衰减模型，采用国内经验公式推导了抗弯腐朽木梁和地面上木柱的随机时变抗力模型；采用澳大利亚的地下木材的腐朽深度—时间模型，推导了初始抗力为正态分布的随机变量的墙内木柱的随机时变抗压承载力模型，并采用该模型对某历史结构的木梁进行了剩余寿命预测。
- 更多网络解释与抗力相关的网络解释 [注：此内容来源于网络，仅供参考]
-
induced drag：诱导抗力
制图;绘图 drawing | 诱导抗力 induced drag | 辅助投影 auxiliary projection
-
frictional resistance：摩擦抗力;摩擦阻力
frictional force 摩擦力 | frictional resistance 摩擦抗力;摩擦阻力 | front view 正面图
-
ultimate static resistance：极限静抗力
ultimate shear 极限剪力 | ultimate static resistance 极限静抗力 | ultimate strain 极限应变
-
ultimate static resistance WESTBANK：极限静抗力
ultimate shear WESTBANK 极限剪力 | ultimate static resistance WESTBANK 极限静抗力 | ultimate strain WESTBANK 极限应变
-
resisting force：抗力
resistance-controlled system 电阻控制系统 | resisting force 抗力 | resisting moment 抗矩
-
resisting force：阻力,抗力
resistenceless 无电阻的 | resisting force 阻力,抗力 | resisting moment 阻力矩
-
resisting force：摩擦力,抗力, 阻力
resistance n.摩擦力,阻力, 电阻, 阻抗 | resisting force 摩擦力,抗力, 阻力 | friction n.摩擦, 摩擦力
-
Resistance,passive：被動抗力
形狀抵抗 Resistance,form | 被動抗力 Resistance,passive | 拔出阻力 Resistance,pull-out
-
surface resistivity meter：表层抗力测量计
Suprarenal gland, the active principles of; their salts; their derivatives; their salts 肾上腺之有效成份;它们的盐类;它们... | surface resistivity meter 表层抗力测量计 | surface roughness tester 表面粗糙...
-
Formula: Powerful Anti-Venom：配方:強力抗毒藥劑 配方:特強抗毒藥劑
Powerful Anti-Venom 強力抗毒藥劑 特強抗毒藥劑 | Formula: Powerful Anti-Venom 配方:強力抗毒藥劑 配方:特強抗毒藥劑 | Formula: Enchant Weapon - Mighty Spirit 公式:附魔武器 - 強效精神 公式:附魔武器 - 強力...