Sentence examples for foundation for optimizing the from inspiring English sources

the scientific foundation for optimizing the design and monitoring the running of dam is provided.

The observation results lay solid foundation for optimizing the welding process parameters and implementing process control of plasma arc welding.

This research will provide a foundation for optimizing the structure design of flow baffles in production quench tanks.

In theory, it has found out three kinds of singularity loci of the mechanism by utilizing an identification matrix that is constructed on the conception of screw, and revealed the relationship between the structural parameter b and the singularity loci, thus laid a theoretical foundation for optimizing the parameter of the mechanism.

Static load tests on fully instrumented piles are a useful tool for optimizing the design of pile foundations.

The test platform being established is expected to lay the foundation for optimizing key parameters.

The computational results show that new adsorption bed has better coefficient of heat transfer and lager heat transfer field, and also, the thermal conductivity of adsorbent, the flow rate and the temperature of the heat transfer fluid have an important effect on the temperature of bed, which offered the reference foundation for optimizing design of adsorption bed.

Since 2003, Barker has held a position at the Oregon Health & Science University, in Portland, and he and his wife have established a foundation dedicated to optimizing the growth of infants and children.

In summary, this paper provides a methodological and theoretical foundation for advanced traffic control by optimizing the trajectories of connected and automated vehicles.

The method we propose in this paper utilizes this concept for noise estimation and combines it with previously presented ideas for noise filtering as a foundation for developing an advanced filtering technique for optimizing information in the four-dimensional (4D) (gated) signal.

The results are expected to provide both experimental and theoretical foundation for improving the artificial joint simulator and optimizing the evaluation standards of the artificial joint materials.