使用我们的流体动力建模和模拟软件及市场领先设计优化技术,我们可以保证您的BT Marine推进器螺旋桨将永远提供应用所需的性能。
Using our own fluid dynamic modelling and simulation software, with market leading design optimisation techniques we can ensure that your BT Marine Thruster Propeller will always deliver the performance required for the application.
最大熵设计优化了实验中所含信息量的测量。
The Maximum Entropy design optimizes a measure of the amount of information contained in an experiment.
公伯峡水电站左岸溢洪道泄槽防空蚀设计优化
Design optimization of cavitation control of the left chute of spillway of Gongboxia Hydropower Station
这些风险可以通过设备设计优化以及适当的检验及维护策略所管理。
These risks can be managed through equipment design optimization and appropriate inspection and maintenance strategy.
在任何安装和运行条件下,全自动的容器设计优化将提高您的工作效率。
Increase your efficiency through fully automatic vessel design optimization under all installation and operating conditions.
通过相应的工艺和设计优化,可以将由于铸件淬火时较高的温度梯度导致裂纹的风险降到最小。
The risk of crack formation due to high temperature gradients during the quenching of castings can be minimized through corresponding process and design optimization.
查看更多 D10T2 动力传动系设计优化了性能和易操作性,帮助客户以最低的单位成本完成更多的工作。
The D10T2 power train design optimizes performance and ease of operation helping customers get more done for the lowest cost per unit.