| 1. | Too much heavy labour was involved in getting material in and out of the silo .
将青贮饲料从贮仓中搬出或搬进需要耗费大量的劳动。 |
| 2. | Frequency domain identification of storehouse structure parameters
贮仓结构参数的频域识别 |
| 3. | On parameters idntification of layered foundation - silo interaction system
贮仓结构相互作用系统的参数识别 |
| 4. | Agricultural machinery ; dry fodder silos ; connecting dimensions for the discharge outlet
农业机械.干饲料贮仓.出料口的连接尺寸 |
| 5. | Eurocode 8 : design provisions for earthquake resistance of structures . silos , tanks and pipelines
欧洲规程8 :防地震结构的设计条例.贮仓水箱和管道 |
| 6. | The methods developed are extended to identify parameters of foundation without input and parameters of foundation - silo interaction system
并把这种算法推广应用到未知输入条件下的地基参数识别和贮仓-基础-结构相互作用系统参数识别。 |
| 7. | Continuous handling equipment and systems - safety and emc requirements for the equipment for the storage of bulk materials in silos , bunkers , bins and hoppers ; german version en 617 : 2001
连续搬运设备和系统.筒仓贮仓料箱和料斗的散装物 |
| 8. | The calculation programe is worked out on directly identifying the physical parameters for the silo , which combines neural network with new proposed learning algorithm within time domain
编写了计算程序，在时间域内提出了一种直接识别贮仓结构物理参数的方法。 |
| 9. | We compose a neural network in which the input signals are the silo response displacement and velocity , and output signals are the silo response acceleration plus excited acceleration
用贮仓在动载作用下的位移、速度作为网络的输入，激振加速度和响应加速度作为网络的输出，用kalman滤波技术训练网络。 |
| 10. | Aforementioned approaches is presented for the estimation of the parameters of a complex structural system - the foundation - silo interaction system . the identification endeavour with the method of substructural parameters identification technique is accomplished by dividing system into upside configuration and foundation substructure
把以上建立的解决复杂结构参数识别的方法应用到贮仓一地基相互作用系统的参数识别中，把上部结构和地基作为两个子结构，运用动态子结构参数识别方法分别进行了参数识别。 |
