| 1. | Anvils and high pressure cylinders made from cemented carbide
硬质合金顶锤与压缸 |
| 2. | Vibration analysis of high pressure cylinder of air compressor
喷油与无油螺杆压缩机的性能分析 |
| 3. | Finite element analysis on high pressure cylinder body of high - pressure tube - testing press
超高压水压试验机高压缸体的有限元分析 |
| 4. | Gas cylinders - high pressure cylinders for the on - board storage of natural gas as a fuel for automotive vehicles
气瓶.车上贮存机动车用天然气燃料用高压气瓶 |
| 5. | Gas cylinders - high pressure cylinders for the on - board storage of natural gas as a fuel for automotive vehicles
气体瓶.用作机动车燃料的车上存储天然气用的高压气体瓶 |
| 6. | Maintenance standards for civil aircraft . unit 3 : ground maintenance facilities . part 78 : high pressure cylinder shop
民用航空器维修标准.第3单元：地面维修设施.第78部分：高压气瓶车间 |
| 7. | I am intersted in more than 5 items , the most important item is seamless tube , high pressure cylinders , non ferrous metals , compression fittings , and more many
关注5个以上的类别产品。最重要的是无缝管，高压气缸，非亚铁金属，压缩配件以及其他产品。 |
| 8. | For reducing starting time and oil , according to the real condition of turbine and boiler in our plant , the process of using auxiliary steam to warm the high pressure cylinder was employed
摘要为了缩短启动时间，结合我厂机炉实际情况，采取了利用辅汽对高缸预暖，进一步节油。 |
| 9. | Act as the using of the autofrettage technique , take a core spare parts high pressure cylinder in the number control all - powerful water incises of a factory as an example , the analysis and calculation was carried by making use of autofrettage technique
以某厂生产的数控万能水切割机中的一个核心零件? ?高压缸为例,着重运用自增强技术进行了分析和计算。 |
| 10. | In this paper , shrink principle was also used to for designing and computing to the high pressure cylinder in order to prove the advantages autofrettage technique in designing of super - high pressure vessels . and the compute result gained by autofrettage technique was compared to the compute result gained from the shrink principle and original design project . it was shown from the results that the using of autofrettage technique in designing super high pressure vessel was more superiority than the shrunk principle
为了说明自增强技术在超高压容器设计中的优点,本文也采用了缩套原理对该高压缸进行了设计计算和分析,将采用自增强技术的设计计算结果和采用缩套原理的设计计算结果及原设计方案的结果进行了比较,分析表明:采用自增强技术设计超高压容器优于采用缩套原理设计的超高压容器。 |
