| 1. | Kinematic simulation of double - front - axle steering of heavy autocars
重型汽车双前桥转向运动学仿真模拟 |
| 2. | Essentially , mechanism kinematic simulation is subject to virtual prototype
所有机械传动系统都是由基本机构组合而成。 |
| 3. | Kinematic simulation of self - propelled vibration rolling tamping machine based on adams
的自行式振动滚压夯实机运动学仿真 |
| 4. | Relize the three dimension kinematic simulation of base mechanism and synthesis mechanism , and verify the effectivity of the work about this subject
通过系统实验，实现基本机构、合成机构的三维运动仿真，验证论文工作的有效性。 |
| 5. | Relize the systematic of mechanism kinematic simulation by using microsoft visual c + + and opengl in the platform of windows2000
在windows2000平台上，利用microsoftvisualc + +和opengl图形支撑工具，实现了机械传动系统运动仿真原型系统。 |
| 6. | Secondly , the author used the pro / e to establish the model of involute spherical gear mechanism and manipulator and do a kinematic simulation of them and get some curves
其次,通过pro / e建立球齿轮机构和基于球齿轮的机械手三维模型,对模型进行运动学仿真,得出仿真曲线。 |
| 7. | Design the process of mechanism kinematic simulation . build the scene of kinematic simulation and relize the visualization of simulation by object - oriented method
设计了机构运动仿真的系统流程，运用面向对象的设计方法，建立了运动仿真场景，实现机构运动过程的可视化。 |
| 8. | We can simulate the infinit and complex matrix by coupling the finit and simple base mechanism . this thesis study three dimension kinematic simulation of mechanism
因此，机械传动系统运动仿真问题就可以转化为研究如何通过有限的、简单的子体的耦合来实现无限的、复杂的母体的运动仿真。 |
| 9. | Mechanism kinematic simulation is a research field of computer graphics and mechanical , a very important branch of mechanical design technology and virtual prototype technology
机构运动仿真是计算机图形学与机械学相结合的一个研究领域，是机械设计技术与虚拟样机技术研究的一个重要方面。 |
| 10. | First of all , it introduces the process of applying pro / e and adams to simulate . whereafter , it builds the three - dimensional model of centralizer in pro / e , and transmits it to adams by the interface software mechanism / pro . and then , it tests and validates the virtual prototyping and performaces the kinematic simulation
对扶正器在进行虚拟样机技术仿真时,本文完成了如下的工作:首先介绍了利用pro / e和adams联合仿真的流程,然后按照仿真流程在pro / e环境下建立了扶正器的三维模型,将其通过接口软件mechanism / pro处理后导入到adams环境中,接着在adams中对虚拟样机进行了调整和验证,并对扶正器虚拟样机进行了运动学仿真。 |
