所有上述的setter方法都是在解析静态服务映射导航文件时植入的,而getter方法是由动态控制整个流程的服务控制器调用的。
All the above setter methods are populated when the static services mapping navigator file is parsed and getters are called by the services controller, which controls the whole flow dynamically.
提出了一种“开启力解析模型”的方法来求解稳态下密封性能对压力扰动的动态响应。
A method of opening force analytical model was brought forward to solve the dynamic response analysis to pressure perturbation under the steady status.
同时对机构进行了静态和动态特性理论分析,提出了机构静态和动态计算解析式,并用有限元方法对机构动态和静态特性进行了验证。
Theoretical analysis is done on the static and dynamic characteristics of the structure, differential equations are presented, and it is also verified by the finite element method.
地下洞室群的交通运输系统是一种典型的离散事件动态系统,难以用解析方法计算的数学模型来描述。
The traffic transportation system of underground structure group is a kind of typical discrete event dynamic system, which is difficult to describe with analytic mathematic models.
本文介绍了基于动态解析数据结构的电子病历系统设计方法。
This paper introduces the designing method of the electronic medical record system based on the Dynamic analysis data structures.
运用静态(结构学)与动态(表现性)两套分析方法,从宏观到微观立体地解析了第465窟主室壁画的主要造型特征。
Use static (in structure) and dynamic (Performance) two analytical methods, from the macro to the micro-and three-dimensional analysis of the Cave Room 465 murals of the main characteristics of shape.
采用传统的数学分析方法很难对大气环境化学污染系统进行全面、可靠和动态的解析,更无法揭示复杂大气环境系统的内在本质。
It is difficult for conventional analysis method to analyze atmospheric environment system globally and dynamically, particularly uncover the essence of complex atmospheric environment system.
通过机理分析的方法建立了中间储仓式制粉系统球磨机的动态数学模型,给出了其解析表达式,从理论上揭示了球磨机系统的非线性、强耦合特征。
Dynamic mathematical model of ball mill pulverizing system with storage bunker is obtained by mechanism analysis, this model demonstrates the nonlinear and strong coupling feature of ball mill system.
根据应力波理论和复变函数方法,建立了求解爆破地震波作用下任意形状洞室动态响应的解析方法。
In terms of stress wave theory and complex function, analytical solution for the interaction between blasting seismic wave and arbitrary shape underground Chambers is deduced.
在这样的不确定性、动态性的供应链环境下,很难用传统的静态解析方法解决库存控制问题。
In such uncertain and dynamic environment, it's difficult to solve inventory control problem through traditional static analysis method.
与解析方法的对比表明,本文的扰动边界元方法计算精度很高,适用于任意形状非均质油藏的不稳定压力动态分析。
Lastly, the perturbation boundary element method is verified against the analytical solution and is applicable to transient pressure analysis of arbitrarily shaped reservoirs.
利用自相似函数的方法获得应力、位移和动态应力强度因子的解析解。
The universal representations of analytical solutions are obtained by the approaches of self-similar functions.
利用自相似函数的方法获得应力、位移和动态应力强度因子的解析解。
The universal representations of analytical solutions are obtained by the approaches of self-similar functions.
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