Sentence examples for machine tool development from inspiring English sources

The trends on machine tool development, tooling, workpiece material and machining processes are pointed out.

Depending on the specific design phase and relevant goals, engineers have various options to visualize machine tool development.

For example, the research group of machine tool development has plenty of experience in manufacturing and measurement of spindle and guideway errors, and masters some rules of these errors, which is quite useful.

To solve this design conflict, bionics – this means technical interpretation of long-term optimized biological principles – could be an effective way to accelerate innovation loops in modern machine tool development processes.

The proposed growth-based method could generate a distinct stiffener layout, which is different to those produced by the conventional topology optimization methods, and thus offers unique possibilities of improving the design efficiency and commonality for machine tool development.

However, considering that the specifications of roughness are relatively easy to realize currently, when the surface spatial frequencies induced influenced by the errors of a machine component are not located in the evaluation range of the middle-frequency band, the experience of machine tool development can be used to guide the accuracy allocation of this machine component.

Finally, the information flow scheduling of two machine tools development is analyzed with example, and different project priorities correspond to different task sequences and total coordination cost.

Britain tried to keep its lead in machine-tool development by prohibiting exports, but the attempt was foredoomed by industrial development elsewhere.

We prototype and test a completely functional bench top reconfigurable lathe mill machine implemented using a $10,000 USD budget and developed following a synthesized machine tool product development methodology that begins with concept design and cutting forces to end in prototyping.

Computerized Numerical Control (CNC) machine tools is the foundation of modern manufacturing systems, whose advanced digital technology is the key to solve the problem of sustainable development of machine tool manufacturing industry.

The numerical values of these graph properties were used as input features for machine learning algorithms and further prediction tool development for classification of different ncRNA classes.