提出一种基于分段解析模糊算法的控制器。
This paper proposes a controller based on Section Analysis Fuzzy Arithmetic.
提出一种基于分段解析模糊算法的角位移电机传动系统控制器。
A controller of Angle displacement motor drive system based on Subsection Analysis. Fuzzy Algorithm is proposed in this paper.
在内弹道计算中，设燃烧产物为准定常流动，使用分段解析法进行内弹道的数值模拟。
The numerical simulation was carried out to compute internal ballistics by segmented analytical method in the assumption of grains steady flow of burning product.
以研究主、副簧组成的悬架系统出发，建立了分段线性非线性悬架系统的动力学模型，运用KB方法求出了此类系统运动的解析解。
Kinetic model of piecewise-linear nonlinear suspension system is established, the analytic solutions of suspension system with dominant and assistant springs are derived by means of KB Method.
基于可反映桩基荷载传递性状的“套叠”式桩周土变形模式和弹性理论，将等直径部分和扩径体部分桩周土分段建立位移方程，推导了桩身带有扩径体的非刚性和刚性DX抗拔桩的荷载-位移关系的解析解。
Based on the elastic theory and the overlapped-form strain mode of the soil, the paper deals with an analytical solution for the load-displacement relationship of non-rigid and rigid DX pullout pile.
提出一种基于分段解析模糊算法的角位移电机传动系统控制器。
A controller of Angle displacement motor drive system based on Subsection Analysis.
采用分段联解法求解层状地基中单桩的抗压静刚度，获得刚度的解析表达式。
Adopting the solution of subsection and combination (SSC), the analytic expression of rigidity of single pile in layered soils is deduced.
采用分段联解法求解层状地基中单桩的抗压静刚度，获得刚度的解析表达式。
Adopting the solution of subsection and combination (SSC), the analytic expression of rigidity of single pile in layered soils is deduced.
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