By the Galerkin method, the partial differential equation was transformed into ordinary differential equation and then solved with L-P method and KBM method.
通过Galerkin方法，将偏微分程转化为常微分方程，并采用L-P法及KBM法对常微分方程进行了求解。
In recent years, enterprises with scientific and technological progress and technical innovation as the main driving force in efforts to develop new products and expand business development space, formed a meet the needs of the market leading products and superior technological transformation projects, the main products are: KBM series of elections powder Screening of patented technology and equipment, KBH series of highly efficient vertical dryer, KBF series of high-temperature furnace boiling, KBS series of bulk cement, KBD series of highly effective anti-condensation electrostatic precipitators, KBX series of highly efficient wind rotor suspension separator, KBHG Series Dryer integrated production of energy-saving technology, KDMC dust-gas separation bins pulse bag filter, KBG, such as the combination plate.
近年来，企业以科技进步、技术创新为主要动力，不断开发新产品，扩大企业的发展空间，形成了适应市场需要的主导产品和具有优势的技术改造项目，主导产品有：KBM系列内选粉筛分复合专利技术及设备、KBH系列高效立式烘干机、KBF系列高温沸腾炉、KBS系列水泥散装机、KBD系列高效抗结露静电除尘器、KBX系列高效风悬浮转子选粉机、KBHG系列烘干机增产节能综合改造技术、KDMC粉尘预分离气箱脉冲袋式除尘器、KBG组合式钢板库等。
The first order approximation of the primary resonance of a harmonically forced symmetrical piecewise linear system is derived by using KBM approach.
由KBM法推出的分段线性系统主共振的一次近似解，导出了分叉方程。
The system includes man-machine interaction, input/output, data/KBM, reasoning device, self-learning model etc.
系统包括人机交互、输入/输出、数据/知识库管理、推理机、自学习等模块。
Technical reconstruction in KBM mill and it's application
KBM磨内改造技术及其应用
By understanding and analyzing of navigation rules, and by the navigation experience and samples'collection and trim, the paper puts forth and establishes a multi-unit and layering KB systematic structure, and implement the KBM.
通过对航海规则的分析与理解，对航海经验、航海实例的搜集整理，提出并建立了航海智能避碰专家系统的多元分层知识库体系结构，实现了知识库的管理；
Spectrum analysis diagnosis system (SADS) is composed of user interface, data management, KBM, reasoning facility, self-learning adjusting, remote fault diagnosis and system output modules etc.
油液光谱分析诊断系统（SADS）由人机交互、数据管理、知识库管理、推理机、自学习调整、远程故障诊断和系统输出等模块组成。
Solving high order differential equation, with main oscillation including first order base band, by equivalent small parameter method, could be simple and convenient. Approximate solution is exacter than that by perturbation method, KBM method, the multiple scale method, harmonic balance method, etc.
应用等效小参量法时，主振荡仅包含基波的高阶微分方程解法的特点是求解过程相当简单，近似解的准确度高于传统的扰动法、KBM法、多尺度法、谐波平衡法等。
By using the equivalent linearized stiffness derived from the second order solution of KBM method, the limit cycle flutter of a two-dimensional wing/store system with gap in thier connection is investigated.
本文针对在外挂上带有初偏间隙型非线性刚度的二元翼带外挂系统的极限环颤振，进行KBM法二次渐近解等效线化分析。
Based on the KBM method, this paper presented a new asymptotic method.
本文在KDM法的基础上，提出了一种新的渐近方法。
However, there are not domestic disquisitions or literature searches about applied algorithms warehouse of Data Mining, tool warehouse of enterprise data management warehouse and tool warehouse of enterprise KBM. Therefore, the study of this field becomes a current rising trend.
然而国内尚未有基于工作流的实用数据挖掘算法库、企业数据管理仓库工具库、企业知识库管理工具库的文献报道，关于这方面的研究和工作自然成为了当前的一个新兴热点。
Developing of KMB IC Interactive Mixed Card for Industrial TV
KBM-IC工业电视交互混联卡的研制
Based on the KBM method, this paper gives a new method to solve both autonomous and non-autonomous nonlinear systems with large damping.
本文以KBM法为基础，分别给出了求解大阻尼非线性自治系统和非自治系统的新方法。
For KBM model, the weight function-critical plane approach presents good fatigue life prediction under irregular loading.
结果表明，对于KBM模型，权函数临界面法可以对非规则载荷下的疲劳寿命给出很好的预测。
KBM method in vibration problem of quasi_linear system
拟线性系统振动问题的KBM法
The investigation of nonlinear oscillation is very important for the nonlinear science. Many methods have been advanced to study weakly nonlinear system, including multiple scale method, KBM method, averaging method, and so on.
非线性振动理论是非线性科学的一个重要研究内容，对于弱非线性常微分方程控制的动力系统已经有了许多求近似解的方法，如多尺度法、KBM法、平均法等等。
A new asymptotic method is presented. The method differs from the KBM and can be used in the study of systems with strong non-linearity.
本文提出了一种新的渐近方法，它与K6M法不同，本方法可用于研究具有强非线性的系统。
An Improvement on KBM Method
KBM方法的一点改进
KBM asymptotic series expansion solution to nonlinear autonomous circuit
非线性自治电路的KBM渐近级数展开法
In comparison with the KBM method, this method changes the process of solution into a series of algebraic operations, instead to solve the differential equation and to establish additional equation to eliminate the secular terms.
与传统方法相比，应用本文方法求斯近解，不必解微分方程和依靠消除永年项建立补充方程，而是将求解过程转化为一系列的代数运算。