| 1. | In solving most stress problems it is first necessary to find the reactions that the given loading produces .
在解决多数的应力问题时，首先必须求出已知载荷产生的反力。 |
| 2. | With the network , the effects of low - loading strengthening can be determined under given load and times of strengthening
对于给定的强化载荷和强化次数，应用构造的神经网络模型，可以确定相应的低载强化效果。 |
| 3. | This returns the given loaded config variable value . if no parameter is given , an array of all loaded config variables is returned
返回指定配置变量的值。如果不指定变量名称，则会返回一个包含所有已加载配置变量的值的数组。 |
| 4. | First , the paper designs the loading system on the basis of given loading data . then , it sets up the linear model of simulation and simulate
本文首先进行起落架加载系统的静态参数设计并建立其线性化仿真模型，然后进行仿真。 |
| 5. | You should generally run several runs with different step durations and step user counts so that you can get good measurements for a given load
通常应运行具有不同的单步持续时间和单步用户计数的几个运行，这样在给定的负载下可以准确地衡量。 |
| 6. | This returns the given loaded config variable value . if no parameter is given , an array of all loaded config variables is returned
此函式在传回由组态档载入的变数值。如果没有使用任何参数的话，则所有经由组态档载入的变数都会以阵列的形式传回。 |
| 7. | First , the loading system is designed on the basis of given loading data . then , the linear model of simulation is set up and simulated
首先根据用户给定载荷及要求对系统进行设计，然后根据初步设计建立系统仿真模型，对多余力和加载曲线进行仿真。 |
| 8. | 3 , analyzing the stress field of the aero - engine case under the given loads , the fatigue life of the case is predicted through the presented fatigue model and the method of " nominal stress "
用该模型对孔径为5mm层合板的s ? n曲线进行疲劳寿命预测及试验验证。 3 、首次对某型发动机t300 kh - 304复合材料机匣的主铺层在给定工况下的疲劳寿命进行预测。 |
| 9. | According to the behaviors of diagonally - loaded frames , effects of infill material property and frame stiffness on performance of infilled frames are investigated . 2 . based on result of lateral actions test , gives load - deflection curves for infilled frames
对斜向加载的墙板单元进行了试验研究，分析了填充块材料性能、框架梁柱刚度等因素对墙板单元力学性能的影响。 |
| 10. | Based on the six - port relative power theory that for a given load the relative power ratios of different ports are left unchanged with the input power to the six - port varied , characteristic parameters of detectors can be obtained through the least - square method
根据六端口相对功率理论即对某一负载各端口相对功率比值不随输入功率变化，由最小二乘法得到检波器的特征参数，结合四标准法，确定六端口网络的系统常数。 |
