| 1. | Optimal design of networks in hydraulic manifold blocks
液压集成块孔道网络优化设计 |
| 2. | Pipeline modelling design of hydraulic assemble block
液压集成块的空间管路设计与造型 |
| 3. | Manifold design based on solidworks software
软件的液压集成块设计 |
| 4. | On the solidworks - based virtual design integrated hydraulic manifold blocks
的液压集成块虚拟设计 |
| 5. | Hydraulic integrated block design system based on 3d solid modeling
基于三维实体液压集成块设计系统 |
| 6. | Research on an interactive software for hydraulic manifold block
面向液压集成块设计的交互式软件开发研究 |
| 7. | Based on this method , design the system oil circuit and constant - pressure hydraulic power station as well as the hydraulic manifold block , measuring platform , electrical cabinet and reclaiming oil tank
在此油源方案的基础上,设计出测量系统油路、油源泵站系统,同时进行了液压集成块、测量台架、电气控制柜和漏油回收油箱的设计。 |
| 8. | The results of calculation show that these algorithms are succinct , efficient , accurate , reliable , and they can accomplish the optimal design of integrated layout and connection scheme with high intelligence
重点是应用ngsa算法进行布局即装配关系设计的实现技术。装配关系设计以前五个环节为底层支撑，构成液压集成块布局布孔优化设计方法的核心内容。 |
| 9. | Subsequently , designing the integration of hydraulic loop which makes whole system ' s structure more tighter and simplifies hydraulic loop , so , completing the deploy of hydraulic component . so as to completing the design of whole hydraulic loading system
为使系统结构布置紧凑、管路简化，根据选择的液压元件及已确定的液压回路设计了液压集成块，完成液压元件的配置，从而完成液压加载系统系统的设计。 |
| 10. | Abstract : the paper introduces a kind of method of connecting optimal design of the hydraulic manifolds and establishes the mathematical model based on the constraints of fluxing area and distance between the connecting tubes in the manifolds . a kind of algorithm is provided at the end of it
文摘:介绍了一种液压集成块孔道优化设计方案，建立了以通流面积和壁厚为约束条件的数学模型，并给出了相应的算法。 |
