1) bond graph
键图
1.
Research on control scheme with bond graph modeling;
一种键图模型控制法的研究
2.
Dynamic modelling of complex spacecraft system using Lagrange bond graph;
用拉格朗日键图建立复杂航天器系统的动力学方程
3.
The bond graph modeling method can easily draw the bond graph of a mechanical rotation system.
电路网络法建模可以通过看电路图直接写出其传递函数形式的数学模型,键图法可以很容易地将机械转动系统的键图绘制出来。
2) bond graphs
键图
1.
Research on a sectional lumped parameter model using bond graphs for laminar pipelines;
层流流体管路分段集中参数键图模型研究
2.
Based on the improvement on the conventional sectional lumped parameter bond graph and introduction of the kinetic friction factor, a new sectional lumped parameter model using bond graphs for dynamic response investigation of laminar line was worked out.
对传统管路分段集中参数模型进行修正,通过引进动摩擦液阻,提出了适用于研究层流管路动态特性的分段集中参数键图模型。
3.
Bond graphs provide a means of unambiguously defining the behaviour of engineering components.
键图提供了一种建立工程物理系统动态数学模型的统一工具,对于各种不同领域的物理系统,如:机、电、磁、液、气、热等领域,都可用同一组键图元件建立仿真数学模型,并采用标准的方法将建立的模型转变为微分方程组和进行系统仿真。
3) power bond graph
键合图
1.
The transverse vibration model based on the power bond graph is established in margin-single-gear transmission ball mill system,the equation is set up.
应用键合图理论建立了边缘单齿轮传动式球磨机系统的横向振动模型,推导出状态方程,利用Matlab/Simulink对规格为2。
2.
Taking YFD hydraulic profiling tool carrier for example,computer dynamics simulation on transition process of hydraulic servo system has been completed with power bond graph and space-state method in this paper.
以YFD型液压仿形刀架为例 ,利用键合图和状态空间法对液压伺服系统的过渡过程进行了计算机数字仿真 ,为伺服系统动态过程的理论分析研究及系统设计阶段的动态预测提供了依据。
3.
In this paper,the dynamical model of the reciprocating pulsating-flow hydraulic system is developed by means of power bond graph.
利用功率键合图建立了往复式交流液压系统的动态模型,给出了该系统的仿真模型,在SIMULINK环境下直接利用状态方程对系统的动态特性进行了仿真。
4) bond graph
键合图
1.
The development and present status about dynamic theory and analysis software of systems based on bond graphs;
基于键合图的系统动力学理论及分析软件的发展及现状
2.
Dynamic studying on planetary gear transmission system based on bond graph;
基于键合图的行星变速器动力学研究
3.
Application of power bond graph on dynamic characteristics of a new counter balance valve;
功率键合图在新型组合式平衡阀动态特性中的应用
5) bond graph theory
键图理论
1.
On the basis of bond graph theory,the mathematical model of a transient sucking process was established and analyzed to improve the performance of a wall-climbing robot.
运用键图理论建立了爬壁机器人负压吸附动力学过程模型,并对其进行了仿真及实验分析。
2.
Establishing a model of the electric power steering by the bond graph theory,connecting the model of the EPS with the matlab/simulink simulation toolbox and using the visible function of the simulink can realize visible simulation of handling and stability of vehicles.
应用键图理论建立电动助力转向系统(EPS)的模型,将电动助力转向系统的键图模型和matlab的simulink仿真方框图相连接,并利用simulink的可视化功能实现汽车操纵稳定性的可视化仿真,仿真结果表明,将simulink仿真工具箱与键图模型相结合,可使汽车性能分析研究更为直观和简洁。
3.
The docoument discusses the method of applying the bond graph theory to the automobile ride comfort simulation analysis: establish the automobile four freedom degrees vibration bond graph and connect it with the block diagram of the Matlab Simulink simulation toolbox simulation,then directly use the Simulink visible function to realize the automobile ride comfort visible simulation.
探讨键图理论用于汽车平顺性仿真分析的方法,将所建立的汽车四自由度振动键图模型与Matlab的Simulink仿真工具箱仿真方框图相连接,直接利用Simulink的可视化功能,实现汽车平顺性可视化仿真。
6) Bond graphs
键合图
1.
Bond graphs was used to model the high speed on/off value,and a handy method for rebuilding the system modeling was put forward through combining the advantages of both bond graphs and high speed on/off value.
运用键合图对高速开关阀进行建模。
2.
Bond graphs and SIMULINK were used to modal and simulate the constant pressure valve,and a new method for dynamic design and analysis of constant pressure valve was put forward through analysis the dynamical characteristic of the valve core.
运用键合图和SIMULINK对定压阀进行建模仿真,通过分析定压阀阀芯的运动特性,提出了一种用于定压阀动态设计和动态分析的方法。
3.
The basic components for design synthesis are defined with their input/output characteristics and energy functions by the bond graphs.
运用键合图方法定义了基本元件,并提取其输入输出特征与能量传递和转换函数。
补充资料：UG自定义右键弹出菜单和快捷键
UG的右键弹出菜单包含了一些我们常用的功能，比如Roate、Fit等，为了使用的更加方便，我们也可以自己打造！打开UG安装目录下的UGII下的menus文件夹，里面包含了一些*.men和*.tbr，我们以文本方式打开它，发现也不难理解。例如，我们想在右键弹出菜单里面的roate和pan之间加入如图示的view下的orient功能，首先我们打开ug_main.men,查找orient，会看到下面的内容：
BUTTON UG_VIEW_REFRESH
LABEL &Refresh
BITMAP refresh_window.bmp
ACCELERATOR F5
ACTIONS STANDARD
CASCADE_BUTTON UG_VIEW_EDIT
LABEL O&peration
BUTTON UG_VIEW_ORIENT
LABEL Ori&ent...
ACTIONS STANDARD
参考上面部分我们会看出快捷键的定义是*ACCELERATOR来指定的，我们把红色部分即BUTTON UG_VIEW_ORIENT的LABEL下面加入一行ACCELERATOR Ctrl+Alt+O(这里可以自行定义，但不要和别的重复)，保存，这样我们就把快捷键定义好了，然后我们选中红色部分复制。接着打开ug_view_popup.men，它就是右键弹出菜单的定义文件。为了把它放在roate和pan之间，我们把刚才复制的部分粘贴在下面图示的位置：
TOGGLE_BUTTON UG_VIEW_POPUP_ROTATE
LABEL R&otate
BITMAP rotate.bmp
ACCELERATOR F7
ACTIONS STANDARD
BUTTON UG_VIEW_ORIENT
LABEL Ori&ent...
ACCELERATOR Ctrl+Alt+O
ACTIONS STANDARD
TOGGLE_BUTTON UG_VIEW_POPUP_PAN
LABEL &Pan
BITMAP pan.bmp
ACCELERATOR F9
ACTIONS STANDARD
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条